机械设计外文翻译(中英文)知识讲解
机械设计制造及自动化中英文对照外文翻译文献

机械设计制造及⾃动化中英⽂对照外⽂翻译⽂献中英⽂对照外⽂翻译⽂献(⽂档含英⽂原⽂和中⽂翻译)使⽤CBN砂轮对螺杆转⼦进⾏精密磨削的⽅法摘要:针对⾼精度加⼯螺杆转⼦,这篇论⽂介绍了利⽤⽴⽅氮化硼(CBN砂轮)对螺杆转⼦进⾏精密磨削的加⼯⽅法。
⾸先,使⽤⼩型电镀CBN砂轮磨削螺杆转⼦。
精确的CBN砂轮轴向轮廓的模型是在齿轮啮合理论的基础上建⽴开发的。
考虑到螺杆转⼦和涂层厚度之间的间隙,主动砂轮的修整引⼊了CBN的砂轮的设计⽅法。
主动砂轮的形状采⽤低速电⽕花线切割技术(低速⾛丝线切割机)进⾏加⼯线CBN主动砂轮的成形车⼑采⽤低速⾛丝机切割机进⾏加⼯。
CBN螺杆转⼦砂轮采⽤本⽂提出的原理进⾏有效性和正确性的验证。
电镀CBN砂轮对螺杆转⼦进⾏加⼯,同时进⾏机械加⼯实验。
在实验中获得的数据达到GB10095-88五级认证。
关键词: CBN砂轮精密磨削螺杆转⼦砂轮外形修整专业术语⽬录:P 螺杆转⼦的参数H 螺杆转⼦的直径Σ砂轮和转⼦的安装⾓度Au 砂轮和转⼦的中⼼距8 螺旋转⼦接触点的旋转⾓x1, y1, z1:转⼦在σ系统中的位置x, y, z: 砂轮端⾯的位置x u ,y u ,z u: x, x y z轴的法向量n x ,ny,nz:X Y Z轴的端⾯法向量n u , nu, nu:砂轮的⾓速度的⽮量:砂轮模块的⾓速度wu:螺旋转⼦的⾓速度w1螺旋转⼦模块的⾓速度转⼦接触点的⾓速度转⼦表⾯接触点的初始速度砂轮表⾯接触点的⾓速度砂轮表⾯接触点的初始速度l砂轮的理论半径砂轮轴的理想位置砂轮表⾯的修改半径砂轮轴的修改位置砂轮表⾯的法向量1.引⾔螺旋转⼦是螺杆压缩机、螺钉、碎纸机以及螺杆泵的关键部分。
转⼦的加⼯精度决定了机械性能。
⼀般来说,铣⼑⽤于加⼯螺旋转⼦。
许多研究者,如肖等⼈[ 1 ]和姚等⼈[ 2 ],对⽤铣⼑加⼯螺旋转⼦做了⼤量的⼯作。
该⽅法可以提⾼加⼯效率。
然⽽,加⼯精度低和表⾯粗糙度不⾼是其主要缺点。
机械设计中英文外文翻译文献

(文档含英文原文和中文翻译)中英文资料外文翻译Fundamentals Of Machinery DesignThis introductory chapter is a general survey of machinery design.First it presents the definition and major role of machinery design,the relationship between machineryand its components.Then it gives an overview of machinery design as a fundamental course and outlines a general procedure of machinery design followed by all the engineers.Finally, it lists the contents of the course and the primary goals to be achieved.1.1 The role of machinery designMachinery design is to formulate all engineering plan.Engineering in essence is to utilize the existing resources and natural law to benefit humanity.As a major segment of engineerin,machinery design involves a range of disciplines in materials,mechanics,heat,flow,control,electronics and production.Although many hightechnologies are computerized and automated,and are rapidly merged into Our daily life,machines are indispensable for various special work that is difficult or impracticable to be carried out by human.Moreover,machinery can significantly improve efficiency and quality of production,which is crucial in current competitive global market.In the modern industrialized world,the wealth and living standards of a nation are closely linked with their capabilities to design and manufacture engineering products.It can be claimed that the advancement of machinery design and manufacturing can remarkable promote the overall level of a country’s industrialization.Those nations,who do not perform well in design and manufacture fields,are not competitive in world markets.It is evident that several countries that used to be leaders in the design and manufacturing sectors until the l 960s and the1 970s had,by the l990s,slipped back and lost their leadership.On the contrary, our Country is rapidly picking up her position in manufacturing industry since the l 9 80s and is playing a more and more vital role in the global market.To accelerate such an industrializing process of our country, highly skilled design engineers having extensiveknowledge and expertise are needed.That is why the course of machinery design is of great significance for students of engineering.The course of machinery design is considerable different from those background subjects in science and mathematics.For many students,it is perhaps one of their basic professional engineering courses concerned with obtaining solutions to practical problem s.Definitely these solutions must clearly represent an understanding of the underlying science,usually such an understanding may not be sufficient,empirical knowledge or engineering judgement has to be also involved.Furthermore,due to be professional nature of this subject,most design problems may not have one right solution.Nevertheless it is achievable to determine a better design from all feasible solutions.1.2 Machinery and componentsA state-of-the-art machine may encompass all or part of mechanical,electrical,control,sensor,monitoring and lubricating sub—systems.Intermsof the functions of those parts,the machine can also be viewed to be comprised of power,transmission,execution and control/manipulation parts.Regardless of the complexity, however,the major functional part may be still the mechanical system.Forconvenience of analysis,the mechanical system can be decomposed int0.mechanisms that are designed to execute some specific tasks.And the mechanism can be further decomposed into mechanical components.In this sense,the mechanical components are the fundamental elements of machinery.On the whole,mechanical components can be classified as universal and special components.Bolts,gear and chains are the typical examples of the universal components which can be used extensively in different machines across various industrial sectors.Turbine blades,crankshaft and aircraft propeller are the examples ofthe special components,which Can be used extensively in different machines across various industrial sectors.turbine blades,crankshaft and aircraft propeller arethe examples of the special components,which are designed for some specific purposes.In addition to this,if a number of components are manufactured,assembled and even equipped as an individual system,e.g.leaf spring setin a vehicle,it is also termed as a mechanical part.A good machine definitely requires quality individual components.Thus,the design of components is very important.When designing a machine,on the otherhand,engineers invariably find that requirements and constraints of its components areinterrelated.As a local portion,the component is expected to play a certain role on the machine and therefore must be appropriately restrained by the whole system.The design of a gear drive in a speed—reducer,for instance,depends upon not only the strength and stiffness,but also the space available for the gears in the shaft and relation with other transmission drive.This means that the design of the mechanical components inevitably requires a whole view in the whole system.Due to relationship between a machine and its components,the process of machinery design usually covers interconnected designs of machine,parts,and components.Any modification and adjustment in one component may considerably affect the designs of other components or parts.To present the best possible design solution,the iteration of evaluation,analysis and optimization across all the process seem indispensable.1.3 Overview of machinery designThis course is primarily concerned with the design of specific components of machines or mechanical systems.Competence in this area is basic to the consideration and synthesis of complete machines and systems in subsequent courses and professional practice.It Can be seen that even the design of a single bolt or spring needs the designer’s thorough understanding of the principles and methods ofmachinery design together with empirical information,good judgment and even a degre3e of ingenuity in order to produce the best product for the society today.It is natural that designing engineers give first consideration to the functional and economic aspects of new products or devices.Machinery design needs to ensure safetyand reliability in a prescribed lifetime.To address such a problem conventionally,the technical consideration of the mechanical component design is largely centered around two main areas of concerns:(1) strength-stiffness-stability criteria involving the bulk of a solid member and (2) surface phenomena including friction,lubrication,weal7,and environmental deterioration.However,in comparison with such relatively straightforward computations as stress and deflection,the design determination of safety and reliability is likely to be an elusive and indefinite matter,complicated by psychological and sociological factors.It must be kept in mind that safety and reliability are inherently relative to each other,and the value judgmentsmust be made with regard to trade—offs between safety,reliability,cost,weight,and soforth.On the other hand,a practical design needs to reflect clearly manufacturability and economy to make sure of the lowest cost as well as the least consumption of energy and materials.Otherwise,the products or devices designed will be of no further engineering or commercial interests.Nowadays,the simultaneous considerations of manufacturing and assembly factors phases including design,manufacturing,inspection,asassembly and other is considered in such a parallel fashion that the quality and cost arebest satisfied concurrently.In addition to these traditionally technological and economic considerations fundamental to the design and development of mechanical components and systems,the modern engineers have become increasingly concerned with the broader considerations of sustainability,ecology,aesthetics,ergonomics,maintainability,andoverall quality of life.It is clear that a greater than ever engineering effort is being recently devoted to broader considerations relating to the influences of engineered products on people as well as on the environment.The following is a list of general factors for engineers to consider in the design process,which from a different viewpoint shows us a panoramic picture with regard to the design-related activities and tasks.(1) Cost of manufacturing.Will the selling price be competitive? Are there cheaper ways of manufacturing the machine? Could other materials be used? Are any special tools,dies, jigs,or fixtures needed? Can it easily be inspected? Can the workshop produce it? Is heat treatment necessary? Can parts be easily welded?第4页Cost of operation.Are power requirements too large? What type of fuelwill be used? Will operation cost be less expensive?(3) Cost of maintenance.Are all parts easily accessible? Are access panels needed? Can common tools be used? Can replacement parts be available?(4) Safety features.Is a suitable factor of safety used? Does the safety factor meet existing codes? Are fuses,guards,and/or safety valves used? Are shear pins needed? Is there any radiation hazard? Any overlooked ”stress raiser”? Are there any dangerous fumes?(5) Packaging and transportation.Can the machine be readily packaged for shipping without breakage? Is its size suitable to parcel post regulations, freight car dimensions,or trailer truck size? Are shipping bolts necessary? Is its center of gravity in a desirable location?(6) Lubrication.Does the system need periodic checking? Is it automatic? Isit a sealed system?(7) Materials.Are chemical,physical,and mechanical properties suitable to its use? Is corrosion a factor? Will the materials withstand impact? Is thermal or electrical conductivity important? Will high or low temperatures present any problem? Will design stress keep parts reasonable in size?(8) Strength.Have dimensions of components been carefully calculated? Have all the load cases be taken into account? Have the stress concentrations been carefully considered? Has the fatigue effect be computed?(9) Kinematics.Does it provide necessary motion for moving parts? Are rotational speeds reasonable? Could linkages replace cams? What will be the best choice,the belts,chains or gears? Is intermittent motion needed?(10) Styling.Does the color have eye appeal? Is the sharp desirable? Is the machine well proportioned? Are the calibrations on dials easily read? Are the controls easy to operate?(11) Drawings.Are standardized parts used? Are the tolerances realistic? Is the surface finish over-specified? Must the design conform to any standards?(12) Ergonomics.Has the operator of the equipment been considered? Are the controls conveniently located to avoid operator fatigue? Are knobs,grab bars,hand wheels,levers,and dial calibrations of proper size to fit the average operator?1.4 A general procedure of machinery designWhatever design tasks the designers are expected to complete,theyalways,consciously or unconsciously,follow the similar process which goes as follows:(1)Studies of feasibilityAfter understanding the product functions,operational conditions,manufacturing constraints and key technologies,go on to uncover existing solutions to some similar problems so as to clarify the design tasks,understand the needs,present the major functional parameters and evaluate design tasks,proposal of design aims,and feasibility analysis.(2) Conceptual design of configurationAccording to the design of tasks and functional parameter,designs need to extensively search for various feasible configurations and alternatives.Forconvenience,usually,the system can be analyzed comprehensively by decomposing itinto power sources,transmission and work mechanisms.A great effort needs to be devoted to the analysis and synthesis of these different parts.For example,the power source may be selected from motor,engine and turbine.Each power source may have a range of power and kinematical parameters .Similarly, power trains may have numerous optionsavailable,e.g.belts,chains,gears,worm gears and many other drives.Obviously selecting an appropriate configuration would guarantee the Success of the whole design and the quality of the products.To make a best possible decision,an iterative process is normally required to select,analyze,compare and evaluate different configurations.At this stage,the goals involve sketching of configuration,determination of kinematical mechanisms,and evaluation of functional parameter(power and kinematics).(3)Detailed technical designBased on the design of configuration and parameters,a number ofassembly and component drawings will be completed to reflect the detaileddesign including kinematics,power,strength,stiffness,dynamics,stability,fatigue and SO on.Consideration should also be given to manufacturingfactors by presenting structural details,materials,and both geometricand dimensional tolerances.This part of work will also be carried out ina repeated process in drawings,calculation,evaluation and modificationuntil a best possible design is achieved.The goal at this stage is tocomplete assembly and component drawings,structural details,design calculations and detailed technical documentations.(4)Modification of designAfter the design is completed,a prototype is usually made for a more realistic physical assessment of the design quality.This will help correct any drawback or fault that may be overlooked or neglected during the design process.At this stage,the goal is to correct the design imperfection,test the potential manufacturing or assembly flaws and refine /improve design.1.5 Contents and tasks of the courseThe course Machinery Design will cover the following contents:(1)Preliminaries.the fundamental principles of machinery andComponents design,design theory,selection of materials,structure,friction,wear and lubrication.(2)Connection.sand.joints.thread.fasteners,keys,rivets,welds,bonds .and adhesive and interference joints.(3)Transmission.screws,chains,belts,gears,worms,bevel.gearsAnd helical gears.(4)Shaft.system.rolling—contact.bearings,slidingbearings,clutches,couplings,shafts,axles and spindles.(5)Other part s.springs,housings and frame s.The course centers on engineering design of mechanical components andis in a category of fundamental methodology and procedure.It is notfeasible or realistic for the students to become involved in the detaileddesign considerations associated with all machine components.Instead,the textbook has its main focus on some typical components and parts.However,the methodologies and procedures to be developed in this course can beextended to more design cases.For this reason,an emphasis will be laidon the methods and procedure s over the course so that the student s willgain a certain competence in applying these skills and knowledge todesigning more mechanical components.As a professional fundamental course,it will help students to acquirea sol id knowledge of mechanical design and engineering awareness.More specifically,the course will help to develop the students’ competence inthe following facets:Competence of creative design and solving practical problem;Competence of team work as well as professional presentation and communications:Competence of apprehending the design principles andregulations,synthesizing the knowledge to develop new designs:Competence of engineering research as well as using designcode s,handbooks,standards and references:Competence of doing experiments to solve problem in the design oftypical components:Competence of understanding newly introduced technological as well aseconomic codes to update the knowledge of machinery design.It is worth noticing that the course will also integrate a number ofpreceding relevant subjects at the university—level ,including mathematics ,physics,electronics,chemistry,solid mechanics,fluid mechanics,heat transfer,thermodynamics,computin9,and so forth.It will combine the knowledge about science and professional skills to solve some practical engineering problems,which will significantly advance students’ competence and enlarge their vision to the professional engineers.It should be pointed out that skills and experience could beacquired only by a great deal of practice——hour after monotonous hour ofit.It is acknowledged universally that nothing worthwhile in life canbe achieved without hard work,often tedious,dull and monotonous,and engineering is no exception.机械设计的基本原则这个导言章节是对机械设计的一个纵览。
机械专业英语(章跃版)课后英汉翻译讲解

第一章:应力与应变1.That branch of scientific analysis which motions, times and forces is called mechanics and is made up of two parts, statics and dynamics.研究位移、时间和力运动乘力是科学分析法的一个分歧,被称作力学,力学由两大部分组成,静力学和动力学。
2.For example, if the force operating on a sleeve bearing becomes too high, it will squeeze out the oil film and cause metal-to-metal contact, overheating and rapid failure of the bearing.例如:如果止推轴承上的作用力过大的话,会挤出油膜,引起金属和金属之间的相互接触,轴承将过热而迅速失效。
3.Our intuitive concept of force includes such ideas as place of application, direction, and magnitude, and these are called the characteristics of a force.力的直观概念包括力的作用点、大小、方向,这些被称为力的三要素。
4.All bodies are either elastic or plastic and will be deformed if acted upon by forces. When the deformation of such bodies is small, they are frequently assumed to be rigid, i.e., incapable of deformation, in order to simplify the analysis.所有的物体既可以是弹性的也可以是塑性的,如果受到力的作用就产生变形。
机械设计过程外文文献翻译、中英文翻译

附录英文Machine design processThe machine is the organization with other components combinations, transforms,the transmission or using the energ,the strength or the movementexample for the beneficial use has the engine.the turbine wheel,the vehicles.the hoist,the printer,the washer and the movie camera Many is suitable tbr themachine design principle and the strength law also is suitable to is not thegenuine machine finished product.the driven wheel hub and the file cabinet tothe measuring appl iance and the nuclear pressure vessel.”Machine designt thisterminology compared to”machine design”more generalized,it including machine design.But regarding certain instruments.1ike uses to determine hot,the mobile line and the volume thermal energy as well as the fluid aspect question needs alone to consider.But when machine design must consider themovement and the structure aspect question as well as preserved and the sealstipulation.In the mechanical engineering domain and all that project domainapplication machine design,all need such as mechanism and so on the svdtch,cam,valve,vessel and mixer.The design beginning tO being true or the imagination need.The existing instrument possibly needs in the durability,the efficiency,the weight,the speedor the cost performs to improve.]he possible need new instrument tO completebefore made the function by the person.1ike t was abundant Assembly or maintenance.After the goal completely or partially determines,the design nextstep is the idea carl complete needs the ffmction the organization and its thearrangement for this,the free hand drawing schematic diagram value is enormous,it not only takes a person idea the recording and the auxiliary.methodwhich if the other people discusses,moreover especially is suitable for with ownidea exchange,also needs to concern as the creative mentality stimulant to thepart widespread knowledge,because a new machine frequently by knew very well each kind of components rearrange or the replace become,perhaps changedthe size and the material.Regardless of after idea process or,a designer callcarry on fast either the sketchy computation or the analysis determines thegeneral size and the feasibility.After about need or may use the spatial meteidea determination,may start according to the proportion picture schematicdiagram.When several components approximate shapes and several sizes come out,the analysis was allowed truly to start.The analysis goal lies in enable it to havesatisfying or the superior performance,as well as will seek the best proportionand the size under the smallest weight security and the durability and thecompetitive cost designer for each essential load bearing section,as well asseveral components intensities balance then choice material and processingmethod.These important goals only have through only then may obtain based on the mechanism analysis,like about reacting force and friction most superioruse principie of statics;About inertia,acceleration and energy principle ofdynamics:About stress and deflection material elasticity and intensity principle;About material physical behavior principle;About lubrication and water poweractuation hydromechanics principle.The analysis may identical engineer whicharranges by the idea machinery do,or makes the analysis in the big company bythe independent analysis department or the research group the result,possibleneed new arrangement and new size.No matter is officially does orunofficialdoes,supposes Japan is relapse and the cooperation process.the analysis staffmay play the role to all stages but not merely is he stage.Some design criteriaIn this part,some people suggested carries on the analysis using the creative manner,this kind of analysis may cause the significant improvement aswell as to the spare product idea and the consummation,the product functionmore.more economical,is perhaps more durable. The creation stage does notneed is at first and the independent stage.Alttlough the analysis staff possiblycertainlv is not responsible for the entire design,but he not meyely is can fromthe numeral proposc wants question correct answer which he soIVes,not merelyis Droduces the stress value,the size or the work limit. He may propose a morewidespread opinion,in order to improvement standard or plan. Because beforethe analysis or in the analysis process,he can familiar install and its the workingcondition.he is in an idea to prepare chooses the plan the rantage Poinl.Best hecan propose the suggestion transfigure eliminates the moment of force or thestress concentration,but was not the permission constructs has the blgsectlonand the excessively many dynamic loads organization should better be he discards his careful desi{;n but is not afterwards saw the machinery discarded.In order to stimulate the creative thought,below suggested designs thepersonnel and the analysis staff uses the criterion.The first 6 criteria especially are suitable for the analysis staff,although he possibly involves to possesses this l o items.1.Creatively the use needs the physical performance and the control doesnot need.2.Knows the practical load and its the importance.3.D00s not consider the function load in advance.4.Invents the more advantageous loading environment.5.Provides the minimurn weight the most advantageous stress distributionand the rigidity.6.uses the fundamental equation computation proportion and causes thesize optimization.7.The selection material obtains the perlbrmance combination.8.In between spare parts and integrated components carefid choice. 9.Revisions functional design adapts the production process and reduces thecost.10.In the consideration assembly causes the part pintpointing and mutuallydoes not disturb.Designs the personnel to have in such domain,like the statics,the inematics,dynamics and the materials mechanics have the good accomplishment,in addition.but also must familiar make the material and themanufacture craft.Designs the personnel to have to be able to combine allcollrelations the fact,carries on teaches Wei.the manufacture schematic diagramand the charting comes the manufacture request totransmit the workshop. Any product design one of first step of work is the choice uses in to makeeach part the material.Today design personnel may obtain innumerably.When choice,the product function,the outward appearance,the material cost and theproduction cost very are all important.Before any computation must carefullyappraise the material the performance.It is the necessary careful computation toguarantee the design the validity The computation ever does not appear on thechart,but is saved by ten each kind of reason.Once any part expires,had makeclear when is designing at first this had the flaw the components has made any;Moreover,。
机械设计外文文献翻译、中英文翻译

机械设计外文文献翻译、中英文翻译unavailable。
The first step in the design process is to define the problem and XXX are defined。
the designer can begin toXXX evaluated。
and the best one is XXX。
XXX.Mechanical DesignA XXX machines include engines。
turbines。
vehicles。
hoists。
printing presses。
washing machines。
and XXX and methods of design that apply to XXXXXX。
cams。
valves。
vessels。
and mixers.Design ProcessThe design process begins with a real need。
Existing apparatus may require XXX。
efficiency。
weight。
speed。
or cost。
while new apparatus may be XXX。
To start。
the designer must define the problem and XXX。
ideas and concepts are generated。
evaluated。
and refined until the best one is XXX。
XXX.XXX。
assembly。
XXX.During the preliminary design stage。
it is important to allow design XXX if some ideas may seem impractical。
they can be corrected early on in the design process。
机械设计常用英汉(意、德)词典

CCable电缆Cavo (sost.)Kabel, Drahtseil - hauling c.拖缆- c. di trazione Zugseil- c. length电缆长度- lunghezza c.Cadmiun plating镀镉Cadmiatura Verkadmien Caisson沉箱, 防水箱,Cassone KastenCalcium钙Calcio Kalzium Calculation计算CalcoloCalibrate校准Tarare Eichen, kalibrieren Calibration block校准块Blocco di calibrazioneCalender砑[轧]光机;压延机;轮压机Calandra KalanderCalorific power卡值, 热值, 发热量Potere calorifico Brennwert, Heizwert heat capacity热容量WärmeinhaltCam棒材Camma Nocken Cancellation取消AnnullamentoCap帽CappuccioCap nut螺帽Dado a calotta sfericaCap screw帽螺钉Vite a testa sfericaCap, hood帽,罩Cappuccio KappeCapacitor电容器Condensatore Kondensator Capacity容量,生产量,能力PotenzialitàCapacity容量,生产量,能力CapacitàLeitungsfähigkeit- water equivalent水当量- c.termica Wasserwert Capsule包套; 容器Capsula KapselCarbon碳Carbone KohleCarbon碳Carbonio KohleCarbon elimination除碳Affinazione Frischen Carbonization碳化,渗碳(处理)Degassaggio Entgasung Carburize渗碳Cementare Zementieren Cardan shaft万向轴Albero cardanicoCarpentry木工; 木器Carpenteria- steel structure钢结构- c. metallica Rahmengestell Carriage车架CarroCarrying roller支承辊,传送辊Rullo di trasportoCartridge夹头, 卡头, 管头Cartuccia Patrone- oil filtering c.滤气器滤筒- c. filtrante- filtereinsatz Case箱,盒;壳;套;框架Custodia TascheCase hardened表面硬化CementatoCase hardening表面硬化Cementazione Aufkohlen Casing (crankcase)曲柄轴箱Carter (bas. motori)Geheause- oil sump油槽, 油(沉淀)池- c. dell'olioCast iron铸铁Ghisa Gusseisen- pig iron生铁- g. grezza Roheisen- pig iron for steelmaking炼钢生铁- g. affinataCast joint浇铸连接, 铸焊Giunto di fusioneCast on铸造,浇补Fuso Angegossen Cast steel铸钢Acciaio (fusione)Cast, casting, pouring铸Colata , fusione Guss,Schmelze - continuous c.连铸- c. continua Stranggiessen - pit-casting地坑铸件- c. in fossa Guss in der- ingot pouring铸锭, 模铸锭- c. in lingotto Blockguss- suction c.抽吸浇注,真空铸造- c. sottovuoto Vakuumguss Catalogue目录CatalogoCategory种类, 部属; 类目CategoriaCaution警告AttenzioneCaution signal注意[警告]信号Segnale di attenzioneCavity, recess洞,空穴CavitàHohlraum- shrinkage c.缩孔- c. di ritiro LunkerCellar地下室CantinaCenter distance中心距InterasseCentering定心CentraggioCentering holes定心孔Fori da centroCentering pins定心销Spina di centraggioCenterline中心线MezzeriaCentigrade百分度的,摄氏温度的Centigrado ZentigradCentre(Center)中心Centro Mittelpunkt- c. hole中心孔- c. foroCeramic fibre陶瓷纤维Fibre ceramicheChain链Catena Kette- roller chain滚子链- c. a rulli Rollenkette- power track托链- c. portacavi- c. drive链传动- comando c.- c. wheel链轮- ruota per catenaChair椅子Sedia StuhlChamber室,腔Camera Kammer- cooling c.冷却腔- c. di raffreddam.Kühlkammer Chamfer圆角, 倒角, 倒棱SmussareChamfer圆角, 倒角, 倒棱Smussatura Abschrägung Chamfer圆角, 倒角, 倒棱SmussoChamfered圆角, 倒角, 倒棱SmussatoChange of section变截面Cambiamento di sezione Formatwechsel Change, replace换,取代Cambiare Ersetzen Channel, groove, slot沟,槽Scanalatura Rinne Characteristic feature特征Caratteristica Eigenschaft Kennlinie - characteristic data特性参数- dati catteristici KennzahlenCharge负荷Carica Beschickung Einsatz Charge, load负荷Caricare BelastenCharge, load负荷Carico Beanspruchung Druck - ult. tensile strength抗张强度- c. di rottura Bruchspannung- peak load最大负荷- c. massimo Spitzenbelastung- working load工作负荷- c. di lavoro- elastic limit load弹性极限载荷- c. lim. di elasticità- yield strength屈服强度- c. di snervamentoChart图表GraficoChart图表Tabella Schaubild, TafelChart图表Diagramma Diagramm Karte- flow diagram流程图- d. di flusso FlussbildCheck, test,检查,检验Controllo Steuerung, Prüfung Regelung - level control标准控制- c. del livello Niveau-Regelung- quality control质量管理, 质量控制- c. qualitativo GüteüberwachungCheck检查,检验Revisione Regelung- general overhaul常规检查- r. generale GeneralüberholungChock楔子;轧辊轴承(座);塞块;GuarnituraChrome铬CromareChromium铬Cromo Chrom- c. thickness铬- cromatura a spessoreChromium-plated镀铬; 铬镀层CromatoChromium-plating镀铬; 铬镀层CromaturaChute斜槽; 滑槽;Scivolo (canale)RutscheCircle圆周, 圆形物,Cerchio ReifenCircuit电路,回路,线路Circuito Kreislauf- trigger c.触发(输入)电路- c. di sgancio- control loop控制系统- c. regolatore Regelkreis- cooling c.冷却系统,冷却回路- c. di raffreddam.Kühlkreislauf- electric c.电路- c. elettrico elektrischer Stromkreis Circular圆形的, 循环的Circolare (forma)KreisrundCircolare (verbo)Circulate(使)流通, (使)运行, (使Circulation循环, 流通, Circolazione Umführung Umlauf- water c.水循环- c. dell'acqua Wasserumlauf Circumference周长,周围;圆周,周线Circonferenza UmfangCL pass line轧制中心线Asse linea di laminazioneCL rolls轧机中心线Asse cilindriClamp夹具, 夹钳Staffa, graffa Bügel, Klemme Clamp夹具, 夹钳Clappa- earth terminal接地端子- m. di terra Erdungsklemme - terminal- m. elettrico Klemme Clamping device夹紧装置Dispositivo di bloccagg.Clarifications澄清, 净化ChiarimentiClass, category, grade等级ClasseClassification分级,分类ClassificazioneClearance 间隙, 距离,Luce lichte Weite Clearance (accopp.) 间隙, 距离,Gioco Joch , lichte Weite loose fit (di fissag.)松配合Clockwise direction顺时针方向Senso orario Uhrzeigersinn- counterclockwise d.逆时针方向- s. antiorarioClog, close, plug堵[阻]塞Otturare VerschlussClose关闭Chiudere Schliessen, sperren Closed circuit闭合回路Circuito chiusoClutch离合器Frizione Reibungskupplung Clutch离合器Innestare (frizione)Coating, lining涂[镀,敷,覆盖]层Rivestimento Verkleidung- acid lining酸性内衬- r. acido Saure Auskleidung - basic lining碱性衬里- r. basico Basisches Futter - armour plate装甲板- r. metallico Panzerplatte Coaxial同轴的, 共轴的CoassialeCobble修补IncaglioCock, tap水龙头Rubinetto HahnCode代码,代号,密码,编码CodiceCode, symbol代码,代号,密码,编码SiglaCoil卷Bobina (elettr.)SpuleCoil winder(线材)拉拨机,卷线机Bobinatrice SpulwickelCoil, strip coil带卷Bobina (di nastro)Spule, BundCoil卷Rotolo (di nastro)Rolle wickel- roll, bundle of wire线卷[盘]- r. di filo DrahtbundCold drawn冷拔Trafilare a freddo KaltziehenCold drawn冷拔Trafilato a freddoCollare BundCollar环, 圈; 束套; 轴衬;Column柱Colonna Säule, PfellerComb梳, 篦, 刷, Pettine KammCommerce商业CommercioCommon zone公共区Piano di riferimentoComplete freezing完全冻结Solidificazione compl.Durchgehende Completion 完成, 实现CompletamentoComponent部分; 成分, 组分Componente Bestandteil Component部分; 成分, 组分Organo Triebwerksteile Composition成分, 合成物Composizione Aufbau, Verbindung Compression压缩Compressione Druck, Verdichtung- c. spring压缩弹簧- molla a c.Compressor压缩机Compressore KompressorComputer计算机, 电脑Calcolatore RechnerConcavity凹度ConcavitàHöhlungConcavity凹度RientroCondition, state整理(修);精(修)整Stato Zustand- finish修理, 精修- s. della superficie Oberflächenbeschaffenheit Condition, state条件Condizione Beschaffenheit, Lage- initial condition初始条件;输入条件;原始数据,- c. iniziale- surface c.表面条件[状态]- c. della superficie Oberflächen b. Conditioning(空气湿度等)调节,CondizionamentoConduction传导Conduttore, linea el.Leitung Conductivity传导性, 传导率ConduttivitàLeitfähigkeit Conduit, duct管道, 导管Condotto Leitung, Röhre- suction duct吸入管- c. di aspirazione Absaugkanal- discharge duct排放管- c. di scarico Abzugsrohr- cooling water c.冷却水管- c.acqua raffredd.Conduit, pipe导管;水管,水道;油管Canalizzazione Leitungsführung Cone圆锥形, 锥形物,Cono Kegel Configuration结构; 构造;Configurazione Anordnung Conical圆锥的, 圆锥形的Conico konisch Connecting rod连杆Biella Pleuel- oscillating cranck摆动曲柄杆- b. oscillanteConnection连接, 衔接, 结合Collegamento Schaltung, Leitung Connection连接, 衔接, 结合Connessione, innesto Verbindung Connection连接, 衔接, 结合Raccordo Anschluss Connector连接器ConnettoreConstant (for adjustm.)稳定的, 不变的Costante (per regolaz.)Constant power恒功率Potenza costanteConstant torque恒转矩Coppia costanteConstruction结构, 构造Costruzione Konstruktion, Bauart Consumption消费;消尽; 消耗Consumo verbrauch- water c.水消耗- d'acqua Wasserverbrauch- energy c.能量消耗- d'energia Energieverbrauch- wear 耗损, 磨损- di oggetti (usura)Abnutzung Contact接触,联系Contatto elettr.Kontakt elektrisch Contactor电流接触器Contattore Kontaktgeber Contactor电流接触器Teleruttore SchützContainer容器ContenitoreContainer, vessel容器Recipiente BehaelterContent内容Contenuto GehaltContinuous连续的,持续的Continuo Durchgehend, stetig Continuous casting连铸Colata continuaContraction收缩Contrazione Schrumpfung Contraction收缩Ritiro Schrumpfung Contraction, shrinkage收缩Strizione Einschnürung Control lever操纵杆Leva di comandoControl room控制室Sala di controllo MesswarteControl stand, pulpit控制台Pulpito di comando Steuerstand Schaltpult Operating desk操作台Control; drive控制Comando Steuerung, Antrieb- remote control遥控装置- c. a distanza- fernsteuerung- electric control电气控制- c. elettrico- elektrische s.- hydraulic c.液压控制- c. idraulico- hydraulische s. Conversion变换; 转化;Conversione Umsetzung Conversion变换; 转化;Trasformazione Verwandlung Convert转变为; 兑换为;Convertire Umwandeln Convert转变为; 兑换为;Trasformare Umwandler, Birne Convertible可转换的;可转变的;ConvertibileConvex凸状,凸面,凸圆体Convesso Konvex, erhaben Conveyor运输机Trasportatore- chain c.运输链, 传送链,- t. a catena Kettenförderer Cool, chill 冷的Raffreddare AbkühlenCooler冷却器Refrigerante Kühler, Kühlmittel Cooler冷却器Refrigeratore KuhlerCooling bed冷床Letto di raffredd.Kühlbett, Warmbett Cooling bed冷床Placca diraffreddam.KühlplatteCooling conveyor冷却运输机Tappeto di raffreddam.Cooling冷却Raffreddamento Kühlung- water spray cooling喷水冷却- r. a spruzzo d'acqua- closed c. circuit闭环冷却回路- r. a circuito chiuso Geschlossener Kühlkreislauf - forced circulation c.强制循环冷却- r. a circol. forzata Zwangsumlaufkühlung- controlled c.控制冷却- r. controllato Gesteuerte Kühlung- secondary c.二次冷却- r. secondario Nachkühlung- c. in air空冷- r. in aria calma- c. pipe冷却管- tubo di r.- c. water system冷却水系统- impianto di r.Copper铜Rame Kupfer- c. pipe铜管- tubo di r.CorrispondenteCorresponding相当的, 对应的, 适合Corrosion侵蚀, 腐蚀状态Corrosione Korrosion, Rostung Corrosion-proof防腐Anticorrosivo Korrosionsfest Corrugated起皱的,波状的,有沟纹的Ondulato- c. hose波纹软管- tubo metall. ondulatoCorrugation波形; 槽形OndulaturaCounter计算器, 计数器,Contatore (mecc)Schaltschütz, Zähler Counterbore沉孔, 埋头孔Lamatura (incasso)Counterclockwise反时针方向的Antiorario Gegenuhrzeigersinn Counterpressure roller反压力辊Rullo di contropressioneCounterweight平衡重量Contrappeso GegengewichtCoupling head联接头MancioneCoupling, joint联轴器连接, 活节联轴器Giunto Kupplung- universal joint万向接头- g. cardanico Kardangelenk- flexible coupling弹性联轴节,缓冲接头- g. oscill., flessib.-flange type shaft coupling凸缘联轴节- gear coupling齿轮联轴节- g. a denti winkelbewegliche k.- flange c.法兰式联轴节- g. a flangia Scheibenkupplung- sleeve c. 筒形联轴器- g. a manicotto SchalenkupplungCoupling sleeve连接套筒Manicotto Muffe Couterbore沉孔, 埋头孔Lamare (foro)Cover盖子Coperchio DeckelCover, cap盖子Fondello (coperchio)Bodenscheibe Cover, Cap, top盖子Cappello- c. di presse- crosshead十字头,丁字头,十字接头Cover盖子Coprire- plug塞子- coprire (tappare)Covering覆盖物,覆盖,Copertura Schutz-Abdeckung Crack破裂, 裂缝CriccaCrack破裂, 裂缝Incrinatura SpalteCrack破裂, 裂缝Cricca Schrumpfriss, Spalte- c. a caldo Warmriss- chill c.辊裂印痕;激冷裂纹,冷裂- cold c.冷裂缝- c. a freddo Kalttriss- restriction crack拉裂SchrumpfrissCriccatoCracked有裂缝的,破碎的;破裂的Incrinato RissigCracked有裂缝的,破碎的;破裂的Cracking裂缝, 裂痕Fessurazione RissbildungCradle摇台, 刀具溜板Culla WiegeCrane driver吊车司机Gruista KranfahrerCrane起重机Gru Kran- grab c.抓斗起重机- g. a benna Greiferkran- jib c.动臂[挺杆]起重机- g. a braccio- jib c.动臂[挺杆]起重机- g. a bandiera- gantry c.龙门起重机- g. a cavalletto Bockkran Portalkran - shop overhead c.车间天车, 高架起重机- g. a carropontebridge c.桥式起重机[吊车],行车- dogging c.钳式[夹钳]吊车- g. a tenaglie Zangenkran- magnet c.磁盘吊车- g. elettromagn.Magnetkran- travelling c.移动式起重机- g. mobile StripperlaufkranCrank曲柄,曲轴,手柄,摇把BiellismoCrew全体工作人员,操作人员Squadra ArbeitsgruppeSpuntare AbschneidenCrop末端切下的部分(钢锭等)Crop end切头, 切尾Estremità spuntataCrop end切头, 切尾SpuntaturaCrop-cut切头Intestatura (taglio)Cross越过, 横穿, 渡过Croce, crociera KreuzCross beam, sleeper横梁Traversa SchwellenCross section横截面Sez. trasvers.Cross traverse横向运动Direzione RichtungCrucible坩埚; 熔罐; 熔炉Crogiolo Schmelztiegel Crude oil原油Petrolio greggioCrystallisation晶化,结晶(作用,过程)Cristallizzazione Kristallisation Crystallizer结晶器Cristallizzatore Kokille, Kristallisator Cupola(furnace)熔铁炉, 冲天炉CubilottoCurrent bus母线Canalina elettricaCurrent水[气、电]流Corrente Strom- alternate current交流(电),交变电流,- c. alternata Wechselstrom- direct current直流电; 直流- c. continua Gleichstrom- single phase c.单相电流- c. monofase Einphasenstrom- rated c.反应[额定]电流- c. nominale Nennstrom- c. surge电流浪涌, 电流冲击- c. assorbita Stromstoss- grid current栅极电流- c. di griglia- earth c.接地[大地]电流- c. di terra Erdstrom- three-phase c.三相电流- c. trifase Drehstrom Curved, bent弯曲Curvo, curvatoCurvilinear曲线的,由曲线而成的Curvilineo Gekrümmt Cushion, dampen缓冲(垫);减震垫[器]AmmortizzareCushion, damper,缓冲(垫);减震垫[器]Ammortizzatore Stossdaempfer, Pufferbumper, shock abs.缓冲器Cushioned on带缓冲Ammortizz. suCut off切断Tagliare Abscheren Cutter刀具, 切割机Fresa (utensile)Fraeser Cutting station切割站Posto di taglio Schneidstation Cycle周期,循环Ciclo Ablauf, Periode - working schedule工作进度表- di lavoro- working cycle工作[作业]循环- di lavoro (fasi)Cycles per sec.每秒循环数Periodi al sec.Hertz Cycling, oscillation循环, 振荡OscillazioneCylinder柱体;液压缸,气缸Cilindro (gen.)Zylinder- mill roll轧辊- di laminazione Walze- working roll工作辊- di lavoro- air-hydraulic cyl.气水罐- c. idropneumatico- hydr. cylinder液压缸- c. idraulico- air cylinder气缸- c. pneumatico- z. pneumatik - rotary torque actuator摆动缸- c. rotante- bore dia.缸径- Stelo- stroke行程- Corsa- operating press.工作压力- press. esercizio。
机械设计名词术语汉英对照

阿基米德蜗杆 Archimedes worm安全系数safety factor;factor of safety安全载荷 safe load凹面、凹度 concavity摆动从动件 oscillating follower摆动从动件凸轮机构cam with oscillating follower 摆动导杆机构 oscillating guide-bar mechanism摆杆 oscillating bar摆线齿轮 cycloidal gear摆线齿形 cycloidal tooth profile摆线运动规律 cycloidal motion摆线针轮 cycloidal-pin wheel扳手 wrench板簧flat leaf spring半圆键 woodruff key包角 angle of contact保持架 cage背对背安装 back-to-back arrangement背锥 back cone;normal cone背锥角 back angle背锥距back cone distance比例尺 scale比热容specific heat capacity闭链机构closed chain mechanism闭式链closed kinematic chain臂部 arm变频调速frequency control of motor speed变频器 frequency converters变速 speed change变速齿轮change gear change wheel变位齿轮 modified gear变位系数 modification coefficient变形 deformation标准齿轮 standard gear标准直齿轮standard spur gear表面传热系数surface coefficient of heat transfer 表面粗糙度 surface roughness表面质量系数superficial mass factor并联机构 parallel mechanism并联式组合combination in parallel并联组合机构parallel combined mechanism并行工程 concurrent engineering并行设计 concurred design, CD波发生器 wave generator波数number of waves补偿 compensation不平衡imbalance (or unbalance)不平衡量 amount of unbalance不平衡相位phase angle of unbalance不完全齿轮机构 intermittent gearing参数化设计parameterization design, PD残余应力 residual stress操纵及控制装置 operation control device槽轮 Geneva wheel槽轮机构 Geneva mechanism ;Maltese cross槽数 Geneva numerate槽凸轮 groove cam侧隙 backlash插齿机 gear shaper差动轮系differential gear train差动螺旋机构 differential screw mechanism差速器 differential常用机构 conventional mechanism; mechanism in common use 车床 lathe成对安装 paired mounting承载量系数 bearing capacity factor承载能力 bearing capacity齿槽 tooth space齿槽宽 spacewidth齿侧间隙 backlash齿顶高 addendum齿顶圆 addendum circle齿根高 dedendum齿根圆 dedendum circle齿厚 tooth thickness齿距 circular pitch齿宽 face width齿廓 tooth profile齿廓曲线 tooth curve齿轮 gear齿轮变速箱speed-changing gear boxes齿轮插刀pinion cutter; pinion-shaped shaper cutter齿轮齿条机构pinion and rack齿轮传动系 pinion unit齿轮滚刀 hob ,hobbing cutter齿轮机构 gear齿轮联轴器 gear coupling齿轮轮坯 blank齿式棘轮机构tooth ratchet mechanism齿数 tooth number齿数比 gear ratio齿条 rack齿条插刀rack cutter; rack-shaped shaper cutter 齿条传动 rack gear齿形链、无声链 silent chain齿形系数 form factor尺寸系列 dimension series冲床 punch传动比transmission ratio, speed ratio传动角 transmission angle传动系统 driven system传动轴 transmission shaft传动装置 gearing; transmission gear串级调速cascade speed control串联式组合 combination in series串联式组合机构series combined mechanism 创新 innovation creation创新设计 creation design垂直载荷、法向载荷 normal load唇形橡胶密封 lip rubber seal磁流体轴承 magnetic fluid bearing从动带轮 driven pulley从动件driven link, follower从动件平底宽度width of flat-face从动件停歇 follower dwell从动件运动规律 follower motion从动轮 driven gear粗线 bold line粗牙螺纹 coarse thread打包机 packer打滑 slipping大齿轮 gear wheel带传动 belt driving带轮 belt pulley带式制动器 band brake单列轴承single row bearing单万向联轴节single universal joint单位矢量 unit vector单向推力轴承single-direction thrust bearing 弹性滑动 elasticity sliding motion弹性联轴器elastic coupling flexible coupling弹性套柱销联轴器rubber-cushioned sleeve bearing coupling当量齿轮equivalent spur gear; virtual gear当量齿数equivalent teeth number; virtual number of teeth当量摩擦系数equivalent coefficient of friction当量载荷 equivalent load刀具 cutter倒角 chamfer导程 lead导程角 lead angle导热性 conduction of heat导数 derivative等加等减速运动规律parabolic motion; constant acceleration and deceleration motion等径凸轮conjugate yoke radial cam等宽凸轮 constant-breadth cam等速运动规律uniform motion; constant velocity motion等效动力学模型dynamically equivalent model等效构件 equivalent link等效力 equivalent force等效力矩equivalent moment of force等效量 equivalent等效质量 equivalent mass等效转动惯量 equivalent moment of inertia低副 lower pair底座 chassis点划线chain dotted line垫片密封 gasket seal垫圈 gasket调节 modulation, regulation调速 speed governing调速电动机adjustable speed motors调速器 regulator, governor调速系统 speed control system调心滚子轴承self-aligning roller bearing调心球轴承self-aligning ball bearing调心轴承 self-aligning bearing调压调速 variable voltage control碟形弹簧 belleville spring顶隙 bottom clearance定轴轮系ordinary gear train; gear train with fixed axes动力润滑 dynamic lubrication动力学 dynamics动力粘度 dynamic viscosity动密封 kinematical seal动能 dynamic energy动平衡 dynamic balance动平衡机 dynamic balancing machine动态分析设计dynamic analysis design动态特性 dynamic characteristics动压力 dynamic reaction动载荷 dynamic load端面 transverse plane端面参数 transverse parameters端面齿距 transverse circular pitch端面齿廓 transverse tooth profile端面模数 transverse module端面压力角 transverse pressure angle端面重合度transverse contact ratio锻造 forge对称循环应力symmetry circulating stress对心滚子从动件 radial (or in-line ) roller follower对心曲柄滑块机构in-line slider-crank (or crank-slider) mechanism 对心移动从动件radial reciprocating follower对心直动从动件radial (or in-line ) translating follower多列轴承 multi-row bearing多项式运动规律 polynomial motion多楔带 poly V-belt多质量转子rotor with several masses惰轮 idle gear额定寿命 rating life额定载荷 load rating发生面 generating plane发生线 generating line法面 normal plane法面参数 normal parameters法面齿距normal circular pitch法面模数 normal module法面压力角normal pressure angle法向齿距 normal pitch法向齿廓normal tooth profile法向力 normal force法向直廓蜗杆straight sided normal worm反馈式组合 feedback combining反向运动学inverse ( or backward) kinematics反正切 Arctan反转法 kinematic inversion范成法 generating cutting方案设计、概念设计concept design, CD防振装置 shockproof device仿形法 form cutting非标准齿轮 nonstandard gear非接触式密封 non-contact seal非圆齿轮 non-circular gear非周期性速度波动 aperiodic speed fluctuation飞轮 flywheel飞轮矩moment of flywheel分度线reference line; standard pitch line分度圆 reference circle; standard (cutting) pitch circle 分度圆柱导程角lead angle at reference cylinder分度圆柱螺旋角helix angle at reference cylinder分度圆锥reference cone; standard pitch cone分母 denominator分析法 analytical method分子 numerator粉末合金 powder metallurgy封闭差动轮系 planetary differential复合铰链 compound hinge复合轮系compound (or combined) gear train复合平带 compound flat belt复合式组合 compound combining复合应力 combined stress复式螺旋机构 Compound screw mechanism复杂机构 complex mechanism干涉 interference杆组 Assur group刚度系数 stiffness coefficient刚轮 rigid circular spline刚体导引机构 body guidance mechanism刚性冲击 rigid impulse (shock)刚性联轴器 rigid coupling刚性轴承 rigid bearing刚性转子 rigid rotor钢丝软轴wire soft shaft高度系列 height series高副 higher pair高速带high speed belt格拉晓夫定理 Grashoff`s law根切 undercutting工况系数 application factor工艺设计 technological design工作机构 operation mechanism工作空间 working space工作循环图working cycle diagram工作应力 working stress工作载荷 external loads工作阻力 effective resistance工作阻力矩 effective resistance moment功 work功率 power功能分析设计 function analyses design公称直径 nominal diameter公法线common normal line公共约束 general constraint公制齿轮 metric gears共轭齿廓 conjugate profiles共轭凸轮 conjugate cam构件 link鼓风机 blower固定构件 fixed link; frame固体润滑剂 solid lubricant关节型操作器 jointed manipulator冠轮 crown gear惯性力 inertia force惯性力部分平衡partial balance of shaking force 惯性力矩moment of inertia ,shaking moment惯性力平衡balance of shaking force惯性力完全平衡full balance of shaking force 惯性主矩resultant moment of inertia惯性主失resultant vector of inertia广义机构 generation mechanism广义坐标 generalized coordinate轨迹发生器 path generator轨迹生成 path generation滚刀 hob滚道 raceway滚动体 rolling element滚动轴承 rolling bearing滚动轴承代号rolling bearing identification code 滚针 needle roller滚针轴承needle roller bearing滚珠丝杆 ball screw滚柱式单向超越离合器 roller clutch滚子 roller滚子半径 radius of roller滚子从动件 roller follower滚子链 roller chain滚子链联轴器double roller chain coupling滚子轴承 roller bearing过度切割 undercutting含油轴承 oil bearing函数发生器 function generator函数生成 function generation耗油量 oil consumption耗油量系数oil consumption factor合成弯矩resultant bending moment合力 resultant force合力矩resultant moment of force赫兹公式H. Hertz equation黑箱 black box横坐标 abscissa互换性齿轮 interchangeable gears花键 spline滑动率 sliding ratio滑动轴承 sliding bearing滑键、导键 feather key滑块 slider环面蜗杆toroid helicoids worm环形弹簧 annular spring缓冲装置 shocks; shock-absorber灰铸铁grey cast iron回程 return回转体平衡balance of rotors混合轮系compound gear train基本额定寿命basic rating life基础机构 fundamental mechanism基于实例设计 case-based design,CBD基圆 base circle基圆半径radius of base circle基圆齿距 base pitch基圆压力角pressure angle of base circle基圆柱 base cylinder基圆锥 base cone机电一体化系统设计mechanical-electrical integration system design 机构 mechanism机构分析analysis of mechanism机构平衡 balance of mechanism机构学 mechanism机构运动简图 kinematic sketch of mechanism机构运动设计 kinematic design of mechanism机构综合synthesis of mechanism机构组成 constitution of mechanism机架 frame, fixed link机架变换 kinematic inversion机器 machine机器人 robot机器人操作器 manipulator机器人学 robotics机械 machinery机械创新设计mechanical creation design, MCD机械的现代设计 modern machine design机械调速 mechanical speed governors机械动力分析dynamic analysis of machinery机械动力设计 dynamic design of machinery机械动力学 dynamics of machinery机械利益 mechanical advantage机械平衡 balance of machinery机械设计machine design; mechanical design机械手 manipulator机械特性 mechanical behavior机械无级变速mechanical stepless speed changes机械系统 mechanical system机械系统设计mechanical system design, MSD机械效率 mechanical efficiency机械原理theory of machines and mechanisms机械运转不均匀系数coefficient of speed fluctuation积分 integrate极位夹角crank angle between extreme (or limiting) positions极限位置extreme (or limiting) position棘轮 ratchet棘轮机构 ratchet mechanism棘爪 pawl急回机构 quick-return mechanism急回特性 quick-return characteristics急回系数advance-to return-time ratio急回运动 quick-return motion技术过程 technique process技术经济评价technical and economic evaluation技术系统 technique system计算机辅助设计computer aided design, CAD计算机辅助制造computer aided manufacturing, CAM计算机集成制造系统computer integrated manufacturing system, CIMS 计算力矩factored moment; calculation moment计算弯矩 calculated bending moment加权系数 weighting efficient加速度 acceleration加速度分析 acceleration analysis加速度曲线 acceleration diagram尖底从动件 knife-edge follower尖点 pointing; cusp间隙 backlash间歇运动机构 intermittent motion mechanism 简谐运动simple harmonic motion减摩性 anti-friction quality减速比 reduction ratio减速齿轮、减速装置 reduction gear减速器 speed reducer键 key键槽 keyway渐开螺旋面 involute helicoid渐开线 involute渐开线齿廓 involute profile渐开线齿轮 involute gear渐开线发生线generating line of involute渐开线方程 involute equation渐开线函数 involute function渐开线花键 involute spline渐开线蜗杆 involute worm渐开线压力角pressure angle of involute胶合 scoring交变应力 repeated stress交变载荷repeated fluctuating load交叉带传动 cross-belt drive交错轴斜齿轮crossed helical gears铰链、枢纽 hinge角加速度 angular acceleration角接触球轴承angular contact ball bearing角接触推力轴承angular contact thrust bearing 角接触向心轴承angular contact radial bearing 角接触轴承 angular contact bearing角速比 angular velocity ratio角速度 angular velocity接触式密封 contact seal接触应力 contact stress阶梯轴 multi-diameter shaft截面 section节点 pitch point节距circular pitch; pitch of teeth节线 pitch line节圆 pitch circle节圆齿厚thickness on pitch circle节圆直径 pitch diameter节圆锥 pitch cone节圆锥角pitch cone angle结构 structure结构设计 structural design解析设计 analytical design紧边 tight-side紧固件 fastener静力 static force静密封 static seal静平衡 static balance静载荷 static load径节 diametral pitch径向 radial direction径向当量动载荷dynamic equivalent radial load径向当量静载荷static equivalent radial load径向基本额定动载荷basic dynamic radial load rating 径向基本额定静载荷basic static radial load tating径向间隙 clearance径向接触轴承radial contact bearing径向平面 radial plane径向游隙 radial internal clearance径向载荷 radial load径向载荷系数 radial load factor局部自由度passive degree of freedom矩形螺纹square threaded form矩形牙嵌式离合器 square-jaw positive-contact clutch 矩阵 matrix锯齿形螺纹buttress thread form绝对尺寸系数 absolute dimensional factor绝对速度 absolute velocity绝对运动 absolute motion均衡装置 load balancing mechanism开口传动 open-belt drive开链机构open chain mechanism开式链open kinematic chain抗压强度 compression strength可靠度 degree of reliability可靠性 reliability可靠性设计reliability design, RD空间机构 spatial mechanism空间连杆机构 spatial linkage空间凸轮机构 spatial cam空间运动副spatial kinematic pair空间运动链spatial kinematic chain空气弹簧 air spring空转 idle宽度系列 width series框图 block diagram雷诺方程 Reynolds‘s equation离合器 clutch离心力 centrifugal force离心密封 centrifugal seal离心应力 centrifugal stress理论廓线 pitch curve理论啮合线theoretical line of action隶属度 membership力 force力多边形 force polygon力封闭型凸轮机构force-drive (or force-closed) cam mechanism 力矩 moment力偶 couple力偶矩moment of couple力平衡 equilibrium联轴器 coupling shaft coupling联组 V 带 tight-up V belt连杆connecting rod, coupler连杆机构 linkage连杆曲线 coupler-curve连心线 line of centers链 chain链传动装置 chain gearing链轮sprocket sprocket-wheel sprocket gear chain wheel两维凸轮 two-dimensional cam临界转速 critical speed六杆机构 six-bar linkage龙门刨床 double Haas planer绿色设计green design design for environment轮坯 blank轮系 gear train螺钉 screws螺杆 screw螺距 thread pitch螺母 screw nut螺栓 bolts螺纹thread (of a screw)螺纹导程 lead螺纹效率 screw efficiency螺旋传动 power screw螺旋副 helical pair螺旋机构 screw mechanism螺旋角 helix angle螺旋密封 spiral seal螺旋线 helix ,helical line螺旋锥齿轮 helical bevel gear马耳他机构Geneva wheel Geneva gear马耳他十字 Maltese cross脉动无级变速pulsating stepless speed changes脉动循环应力fluctuating circulating stress脉动载荷 fluctuating load铆钉 rivet迷宫密封 labyrinth seal密封 seal密封带 seal belt密封胶 seal gum密封元件 potted component密封装置 sealing arrangement面对面安装 face-to-face arrangement面向产品生命周期设计design for product`s life cycle, DPLC 名义应力、公称应力 nominal stress模幅箱 morphology box模糊集 fuzzy set模糊评价 fuzzy evaluation模块化设计 modular design, MD模块式传动系统 modular system模数 module磨损abrasion wear; scratching摩擦 friction摩擦角 friction angle摩擦力 friction force摩擦力矩 friction moment摩擦系数 coefficient of friction摩擦学设计 tribology design, TD摩擦圆 friction circle摩擦阻力 frictional resistance末端执行器 end-effector目标函数 objective function耐腐蚀性 corrosion resistance耐磨性 wear resistance挠性机构mechanism with flexible elements挠性转子 flexible rotor内齿轮 internal gear内齿圈 ring gear内力 internal force内圈 inner ring能量 energy能量指示图 viscosity逆时针counterclockwise (or anticlockwise)啮出 engaging-out啮合 engagement, mesh, gearing啮合点 contact points啮合角working pressure angle啮合线 line of action啮合线长度length of line of action啮入 engaging-in凝固点freezing point; solidifying point牛头刨床 shaper扭簧 helical torsion spring扭矩moment of torque扭转应力 torsion stress诺模图 Nomogram盘形凸轮 disk cam盘形转子 disk-like rotor抛物线运动 parabolic motion疲劳极限 fatigue limit疲劳强度 fatigue strength偏(心)距 offset distance偏距圆 offset circle偏心率 eccentricity ratio偏心盘 eccentric偏心质量 eccentric mass偏置滚子从动件offset roller follower偏置尖底从动件offset knife-edge follower偏置曲柄滑块机构offset slider-crank mechanism 偏置式 offset拼接 matching频率 frequency平带 flat belt平带传动 flat belt driving平底从动件 flat-face follower平底宽度 face width平分线 bisector平衡 balance平衡机 balancing machine平衡品质 balancing quality平衡平面 correcting plane平衡质量 balancing mass平衡重 counterweight平衡转速 balancing speed平均速度 average velocity平均应力 average stress平均中径mean screw diameter平面副planar pair, flat pair平面机构 planar mechanism平面连杆机构 planar linkage平面凸轮 planar cam平面凸轮机构 planar cam mechanism平面运动副planar kinematic pair平面轴斜齿轮 parallel helical gears评价与决策 evaluation and decision普通平键 parallel key其他常用机构other mechanism in common use奇异位置 singular position起动阶段 starting period起始啮合点initial contact , beginning of contact启动力矩 starting torque气动机构 pneumatic mechanism气体轴承 gas bearing千斤顶 jack嵌入键 sunk key强迫振动 forced vibration切齿深度depth of cut球 ball球面副 spheric pair球面滚子 convex roller球面渐开线 spherical involute球面运动 spherical motion球销副 sphere-pin pair球轴承 ball bearing球坐标操作器 polar coordinate manipulator曲柄 crank曲柄存在条件 Grashoff`s law曲柄导杆机构crank shaper (guide-bar) mechanism曲柄滑块机构slider-crank (or crank-slider) mechanism 曲柄摇杆机构 crank-rocker mechanism曲齿锥齿轮spiral bevel gear曲率 curvature曲率半径 radius of curvature曲面从动件 curved-shoe follower曲线拼接 curve matching曲线运动 curvilinear motion曲轴 crank shaft驱动力 driving force驱动力矩 driving moment (torque)权重集 weight sets全齿高 whole depth燃点 spontaneous ignition热平衡heat balance; thermal equilibrium人字齿轮 herringbone gear冗余自由度redundant degree of freedom柔轮 flexspline柔性冲击flexible impulse; soft shock柔性制造系统flexible manufacturing system; FMS柔性自动化 flexible automation润滑 lubrication润滑剂 lubricant润滑油膜 lubricant film润滑装置 lubrication device三角形花键 serration spline三角形螺纹V thread screw三维凸轮 three-dimensional cam三心定理 Kennedy`s theorem砂漏 hour-glass砂轮越程槽 grinding wheel groove少齿差行星传动planetary drive with small teeth difference 设计变量 design variable设计方法学 design methodology设计约束 design constraints深沟球轴承deep groove ball bearing生产阻力 productive resistance升程 rise升距 lift十字滑块联轴器double slider coupling; Oldham‘s coupling 实际廓线 cam profile实际啮合线actual line of action矢量 vector输出功 output work输出构件 output link输出机构 output mechanism输出力矩 output torque输出轴 output shaft输入构件 input link数学模型 mathematic model双滑块机构 double-slider mechanism, ellipsograph双列轴承double row bearing双曲柄机构double crank mechanism双曲面齿轮 hyperboloid gear双头螺柱 studs双万向联轴节constant-velocity (or double) universal joint 双向推力轴承double-direction thrust bearing双摇杆机构double rocker mechanism双转块机构 Oldham coupling瞬心 instantaneous center顺时针 clockwise死点 dead point四杆机构 four-bar linkage松边 slack-side速度 velocity速度波动 speed fluctuation速度不均匀 ( 波动 ) 系数coefficient of speed fluctuation 速度曲线 velocity diagram速度瞬心instantaneous center of velocity塔轮 step pulley踏板 pedal台钳、虎钳 vice太阳轮 sun gear套筒 sleeve特殊运动链special kinematic chain特性 characteristics梯形螺纹acme thread form替代机构 equivalent mechanism铁磁流体密封 ferrofluid seal停车阶段 stopping phase停歇 dwell同步带 synchronous belt同步带传动synchronous belt drive凸的,凸面体 convex凸轮 cam凸轮倒置机构 inverse cam mechanism凸轮机构cam , cam mechanism凸轮廓线 cam profile凸轮廓线绘制layout of cam profile凸轮理论廓线 pitch curve凸缘联轴器 flange coupling图册、图谱 atlas图解法 graphical method推程 rise推力球轴承 thrust ball bearing推力轴承 thrust bearing退刀槽tool withdrawal groove退火 anneal陀螺仪 gyroscope外齿轮 external gear外力 external force外圈 outer ring外形尺寸 boundary dimension弯矩 bending moment弯曲应力 beading stress万向联轴器Hooks coupling universal coupling腕部 wrist网上设计on-net design, OND往复式密封 reciprocating seal往复移动 reciprocating motion微动螺旋机构 differential screw mechanism位移 displacement位移曲线 displacement diagram位姿pose , position and orientation稳定运转阶段 steady motion period稳健设计 robust design蜗杆 worm蜗杆传动机构 worm gearing蜗杆头数number of threads蜗杆蜗轮机构worm and worm gear蜗杆形凸轮步进机构worm cam interval mechanism 蜗杆旋向hands of worm蜗杆直径系数 diametral quotient蜗轮 worm gear涡圈形盘簧 power spring无级变速装置stepless speed changes devices无穷大 infinite系杆crank arm, planet carrier细牙螺纹 fine threads现场平衡 field balancing相对间隙 relative gap相对速度 relative velocity相对运动 relative motion橡胶弹簧 balata spring橡皮泥 plasticine向心力 centrifugal force向心轴承 radial bearing销 pin消耗 consumption小齿轮 pinion小径 minor diameter校正平面 correcting plane斜齿轮的当量直齿轮equivalent spur gear of the helical gear斜齿圆柱齿轮 helical gear斜键、钩头楔键 taper key谐波齿轮 harmonic gear谐波传动 harmonic driving谐波发生器 harmonic generator泄漏 leakage心轴 spindle形封闭凸轮机构positive-drive (or form-closed) cam mechanism行程速比系数advance-to return-time ratio行程速度变化系数coefficient of travel speed variation行星齿轮装置 planetary transmission行星轮 planet gear行星轮变速装置planetary speed changing devices行星轮系planetary gear train修正梯形加速度运动规律modified trapezoidal acceleration motion 修正正弦加速度运动规律modified sine acceleration motion虚拟现实 virtual reality虚拟现实技术 virtual reality technology, VRT虚拟现实设计 virtual reality design, VRD虚约束redundant (or passive) constraint许用不平衡量allowable amount of unbalance许用压力角 allowable pressure angle许用应力allowable stress; permissible stress悬臂结构 cantilever structure悬臂梁 cantilever beam旋转力矩 running torque旋转式密封 rotating seal旋转运动 rotary motion选型 type selection循环功率流circulating power load压力 pressure压力角 pressure angle压力中心 center of pressure压缩机 compressor压应力 compressive stress牙嵌式联轴器jaw (teeth) positive-contact coupling雅可比矩阵 Jacobi matrix液力传动 hydrodynamic drive液力耦合器 hydraulic couplers液体弹簧 liquid spring液压机构 hydraulic mechanism液压无级变速hydraulic stepless speed changes一般化运动链 generalized kinematic chain移动从动件 reciprocating follower移动副prismatic pair, sliding pair移动关节 prismatic joint移动凸轮 wedge cam应力—应变图 stress-strain diagram应力幅 stress amplitude应力集中 stress concentration应力集中系数factor of stress concentration应力图 stress diagram盈亏功increment or decrement work优化设计 optimal design油杯 oil bottle油沟密封oily ditch seal油壶 oil can有害阻力 detrimental resistance有害阻力 useless resistance有效拉力 effective tension有效圆周力 effective circle force有益阻力 useful resistance余弦加速度运动cosine acceleration (or simple harmonic) motion 预紧力 preload原动机 prime mover原动机 primer mover原动件 driving link原始机构 original mechanism圆带 round belt圆带传动 round belt drive圆弧齿厚 circular thickness圆弧圆柱蜗杆hollow flank worm圆角半径 fillet radius圆盘摩擦离合器disc friction clutch圆盘制动器 disc brake圆形齿轮 circular gear圆柱副 cylindric pair圆柱滚子 cylindrical roller圆柱滚子轴承 cylindrical roller bearing圆柱螺旋拉伸弹簧cylindroid helical-coil extension spring圆柱螺旋扭转弹簧cylindroid helical-coil torsion spring圆柱螺旋压缩弹簧cylindroid helical-coil compression spring 圆柱式凸轮步进运动机构 barrel (cylindric) cam圆柱凸轮 cylindrical cam圆柱蜗杆 cylindrical worm圆柱坐标操作器cylindrical coordinate manipulator圆锥齿轮机构 bevel gears圆锥滚子 tapered roller圆锥滚子轴承 tapered roller bearing圆锥角 cone angle圆锥螺旋扭转弹簧conoid helical-coil compression spring约束 constraint约束反力 constraining force约束条件 constraint condition跃度 jerk跃度曲线 jerk diagram运动倒置 kinematic inversion运动方案设计kinematic precept design运动分析 kinematic analysis运动副 kinematic pair运动构件 moving link运动简图 kinematic sketch运动链 kinematic chain运动设计 kinematic design运动失真 undercutting运动粘度 kenematic viscosity运动周期 cycle of motion运动综合 kinematic synthesis运转不均匀系数coefficient of velocity fluctuation载荷 load载荷—变形曲线 load—deformation curve载荷—变形图 load—deformation diagram窄V带 narrow V belt毡圈密封felt ring seal展成法 generating张紧力 tension张紧轮 tension pulley振动 vibration振动力矩 shaking couple振动频率frequency of vibration振幅 amplitude of vibration正切机构 tangent mechanism正弦机构sine generator, scotch yoke正向运动学direct (forward) kinematics正应力、法向应力 normal stress织布机 loom直齿圆柱齿轮 spur gear直齿锥齿轮straight bevel gear直角三角形 right triangle直角坐标操作器 Cartesian coordinate manipulator 直径系列 diameter series直径系数 diametral quotient直廓环面蜗杆 hindley worm直线运动 linear motion直轴 straight shaft执行构件executive link; working link制动器 brake智能化设计intelligent design, ID质径积 mass-radius product质量 mass质心 center of mass中间平面 mid-plane中径 mean diameter中心距 center distance中心距变动center distance change中心轮 central gear终止啮合点final contact, end of contact重合点 coincident points重合度 contact ratio周节 pitch周期性速度波动periodic speed fluctuation周转轮系epicyclic gear train轴 shaft轴承盖 bearing cup轴承高度 bearing height轴承合金 bearing alloy轴承宽度 bearing width轴承内径bearing bore diameter轴承寿命 bearing life轴承套圈 bearing ring轴承外径 bearing outside diameter轴承座 bearing block轴端挡圈shaft end ring轴环 shaft collar轴肩 shaft shoulder轴角 shaft angle轴颈 journal轴瓦、轴承衬 bearing bush轴向 axial direction轴向齿廓axial tooth profile轴向当量动载荷dynamic equivalent axial load轴向当量静载荷static equivalent axial load轴向分力axial thrust load轴向基本额定动载荷basic dynamic axial load rating轴向基本额定静载荷basic static axial load rating轴向接触轴承axial contact bearing轴向平面 axial plane轴向游隙axial internal clearance轴向载荷 axial load轴向载荷系数axial load factor肘形机构 toggle mechanism主动齿轮 driving gear主动带轮 driving pulley主动件 driving link转动导杆机构 whitworth mechanism转动副 revolute (turning) pair转动关节 revolute joint转速swiveling speed rotating speed转轴 revolving shaft转子 rotor转子平衡 balance of rotor装配条件 assembly condition锥齿轮 bevel gear锥齿轮的当量直齿轮equivalent spur gear of the bevel gear 锥顶common apex of cone锥距 cone distance锥轮bevel pulley; bevel wheel锥面包络圆柱蜗杆milled helicoids worm准双曲面齿轮 hypoid gear子程序 subroutine子机构 sub-mechanism自动化 automation自锁 self-locking自锁条件condition of self-locking自由度 degree of freedom, mobility总反力 resultant force总效率combined efficiency; overall efficiency总重合度total contact ratio纵向重合度overlap contact ratio纵坐标 ordinate阻抗力 resistance组成原理theory of constitution组合安装 stack mounting组合齿形 composite tooth form组合机构 combined mechanism最大盈亏功maximum difference work between plus and minus work 最少齿数 minimum teeth number最小向径 minimum radius作用力 applied force坐标系 coordinate frameII 级杆组 dyadO 形密封圈密封O ring sealV 带 V belt(疲劳)点蚀 pitting。
机械设计 外文翻译 外文文献 英文文献及译文 齿轮和轴的介绍

译文一:译文齿轮和轴的介绍摘要:在传统机械和现代机械中齿轮和轴的重要地位是不可动摇的。
齿轮和轴主要安装在主轴箱来传递力的方向。
通过加工制造它们可以分为许多的型号,分别用于许多的场合。
所以我们对齿轮和轴的了解和认识必须是多层次多方位的。
关键词:齿轮;轴在直齿圆柱齿轮的受力分析中,是假定各力作用在单一平面的。
我们将研究作用力具有三维坐标的齿轮。
因此,在斜齿轮的情况下,其齿向是不平行于回转轴线的。
而在锥齿轮的情况中各回转轴线互相不平行。
像我们要讨论的那样,尚有其他道理需要学习,掌握。
斜齿轮用于传递平行轴之间的运动。
倾斜角度每个齿轮都一样,但一个必须右旋斜齿,而另一个必须是左旋斜齿。
齿的形状是一溅开线螺旋面。
如果一张被剪成平行四边形(矩形)的纸张包围在齿轮圆柱体上,纸上印出齿的角刃边就变成斜线。
如果我展开这张纸,在血角刃边上的每一个点就发生一渐开线曲线。
直齿圆柱齿轮轮齿的初始接触处是跨过整个齿面而伸展开来的线。
斜齿轮轮齿的初始接触是一点,当齿进入更多的啮合时,它就变成线。
在直齿圆柱齿轮中,接触是平行于回转轴线的。
在斜齿轮中,该先是跨过齿面的对角线。
它是齿轮逐渐进行啮合并平稳的从一个齿到另一个齿传递运动,那样就使斜齿轮具有高速重载下平稳传递运动的能力。
斜齿轮使轴的轴承承受径向和轴向力。
当轴向推力变的大了或由于别的原因而产生某些影响时,那就可以使用人字齿轮。
双斜齿轮(人字齿轮)是与反向的并排地装在同一轴上的两个斜齿轮等效。
他们产生相反的轴向推力作用,这样就消除了轴向推力。
当两个或更多个单向齿斜齿轮被在同一轴上时,齿轮的齿向应作选择,以便产生最小的轴向推力。
交错轴斜齿轮或螺旋齿轮,他们是轴中心线既不相交也不平行。
交错轴斜齿轮的齿彼此之间发生点接触,它随着齿轮的磨合而变成线接触。
因此他们只能传递小的载荷和主要用于仪器设备中,而且肯定不能推荐在动力传动中使用。
交错轴斜齿轮与斜齿轮之间在被安装后互相捏合之前是没有任何区别的。
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机械设计理论机械设计是一门通过设计新产品或者改进老产品来满足人类需求的应用技术科学。
它涉及工程技术的各个领域,主要研究产品的尺寸、形状和详细结构的基本构思,还要研究产品在制造、销售和使用等方面的问题。
进行各种机械设计工作的人员通常被称为设计人员或者机械设计工程师。
机械设计是一项创造性的工作。
设计工程师不仅在工作上要有创造性,还必须在机械制图、运动学、工程材料、材料力学和机械制造工艺学等方面具有深厚的基础知识。
如前所诉,机械设计的目的是生产能够满足人类需求的产品。
发明、发现和科技知识本身并不一定能给人类带来好处,只有当它们被应用在产品上才能产生效益。
因而,应该认识到在一个特定的产品进行设计之前,必须先确定人们是否需要这种产品。
应当把机械设计看成是机械设计人员运用创造性的才能进行产品设计、系统分析和制定产品的制造工艺学的一个良机。
掌握工程基础知识要比熟记一些数据和公式更为重要。
仅仅使用数据和公式是不足以在一个好的设计中做出所需的全部决定的。
另一方面,应该认真精确的进行所有运算。
例如,即使将一个小数点的位置放错,也会使正确的设计变成错误的。
一个好的设计人员应该勇于提出新的想法,而且愿意承担一定的风险,当新的方法不适用时,就使用原来的方法。
因此,设计人员必须要有耐心,因为所花费的时间和努力并不能保证带来成功。
一个全新的设计,要求屏弃许多陈旧的,为人们所熟知的方法。
由于许多人墨守成规,这样做并不是一件容易的事。
一位机械设计师应该不断地探索改进现有的产品的方法,在此过程中应该认真选择原有的、经过验证的设计原理,将其与未经过验证的新观念结合起来。
新设计本身会有许多缺陷和未能预料的问题发生,只有当这些缺陷和问题被解决之后,才能体现出新产品的优越性。
因此,一个性能优越的产品诞生的同时,也伴随着较高的风险。
应该强调的是,如果设计本身不要求采用全新的方法,就没有必要仅仅为了变革的目的而采用新方法。
在设计的初始阶段,应该允许设计人员充分发挥创造性,不受各种约束。
即使产生了许多不切实际的想法,也会在设计的早期,即绘制图纸之前被改正掉。
只有这样,才不致于堵塞创新的思路。
通常,要提出几套设计方案,然后加以比较。
很有可能在最后选定的方案中,采用了某些未被接受的方案中的一些想法。
心理学家经常谈论如何使人们适应他们所操作的机器。
设计人员的基本职责是努力使机器来适应人们。
这并不是一项容易的工作,因为实际上并不存在着一个对所有人来说都是最优的操作范围和操作过程。
另一个重要问题,设计工程师必须能够同其他有关人员进行交流和磋商。
在开始阶段,设计人员必须就初步设计同管理人员进行交流和磋商,并得到批准。
这一般是通过口头讨论,草图和文字材料进行的。
为了进行有效的交流,需要解决下列问题:(1)所设计的这个产品是否真正为人们所需要?(2)此产品与其他公司的现有同类产品相比有无竞争能力?(3)生产这种产品是否经济?(4)产品的维修是否方便?(5)产品有无销路?是否可以盈利?只有时间能对上述问题给出正确答案。
但是,产品的设计、制造和销售只能在对上述问题的初步肯定答案的基础上进行。
设计工程师还应该通过零件图和装配图,与制造部门一起对最终设计方案进行磋商。
通常,在制造过程中会出现某个问题。
可能会要求对某个零件尺寸或公差作一些更改,使零件的生产变得容易。
但是,工程上的更改必须要经过设计人员批准,以保证不会损伤产品的功能。
有时,在产品的装配时或者装箱外运前的试验中才发现设计中的某种缺陷。
这些事例恰好说明了设计是一个动态过程。
总是存在着更好的方法来完成设计工作,设计人员应该不断努力,寻找这些更好的方法。
近些年来,工程材料的选择已经显得重要。
此外,选择过程应该是一个对材料的连续不断的重新评价过程。
新材料不断出现,而一些原有的材料的能够获得的数量可能会减少。
环境污染、材料的回收利用、工人的健康及安全等方面经常会对材料选择附加新的限制条件。
为了减轻重量或者节约能源,可能会要求使用不同的材料。
来自国内和国际竞争、对产品维修保养方便性要求的提高和顾客的反馈等方面的压力,都会促使人们对材料进行重新评价。
由于材料选用不当造成的产品责任诉讼,已经产生了深刻的影响。
此外,材料与材料加工之间的相互依赖关系已经被人们认识得更清楚。
因此,为了能在合理的成本和确保质量的前提下获得满意的结果,设计工程师的制造工程师都必须认真仔细地选择、确定和使用材料。
制造任何产品的第一步工作都是设计。
设计通常可以分为几个明确的阶段:(a)初步设计;(b)功能设计;(c)生产设计。
在初步设计阶段,设计者着重考虑产品应该具有的功能。
通常要设想和考虑几个方案,然后决定这种思想是否可行;如果可行,则应该对其中一个或几个方案作进一步的改进。
在此阶段,关于材料选择唯一要考虑的问题是:是否有性能符合要求的材料可供选择;如果没有的话,是否有较大的把握在成本和时间都允许的限度内研制出一种新材料。
在功能设计和工程设计阶段,要做出一个切实可行的设计。
在这个阶段要绘制出相当完整的图纸,选择并确定各种零件的材料。
通常要制造出样机或者实物模型,并对其进行试验,评价产品的功能、可靠性、外观和维修保养性等。
虽然这种试验可能会表明,在产品进入到生产阶段之前,应该更换某些材料,但是,绝对不能将这一点作为不认真选择材料的借口。
应该结合产品的功能,认真仔细地考虑产品的外观、成本和可靠性。
一个很有成就的公司在制造所有的样机时,所选用的材料应该和其生产中使用的材料相同,并尽可能使用同样的制造技术。
这样对公司是很有好处的。
功能完备的样机如果不能根据预期的销售量经济地制造出来,或者是样机与正式生产的装置在质量和可靠性方面有很大不同,则这种样机就没有多大的价值。
设计工程师最好能在这一阶段完全完成材料的分析、选择和确定工作,而不是将其留到生产设计阶段去做。
因为,在生产设计阶段材料的更换是由其他人进行的,这些人对产品的所有功能的了解不如设计工程师。
在生产设计阶段中,与材料有关的主要问题是应该把材料完全确定下来,使它们与现有的设备相适应,能够利用现有设备经济地进行加工,而且材料的数量能够比较容易保证供应。
在制造过程中,不可避免地会出现对使用中的材料做一些更改的情况。
经验表明,可采用某些便宜材料作为替代品。
然而,在大多数情况下,在进行生产以后改换材料要比在开始生产前改换材料所花费的代价要高。
在设计阶段做好材料选择工作,可以避免多数这样的情况。
在生产制造开始后出现了可供使用的新材料是更换材料的最常见的原因。
当然,这些新材料可能降低成本、改进产品的性能。
但是,必须对新材料进行认真的评价,以确保其所有性能都满足要求。
应当记住,新材料的性能和可靠性很少像现有材料那样为人们所了解。
大部分的产品失效和产品责任事故案件是由于在选用新材料作为替代材料之前,没有真正了解它们的长期使用性能而引起的。
产品的责任诉讼迫使设计人员和公司在选择材料时,采用最好的程序。
在材料过程中,五个最常见的问题为:(a)不了解或者不会使用关于材料应用方面的最新最好的信息资料;(b)未能预见和考虑擦黑年品可能的合理用途(如有可能,设计人员还应进一步预测和考虑由于产品使用方法不当造成的后果。
在近年来的许多产品责任诉讼案件中,由于错误地使用产品而受到伤害的原告控告生产厂家,并且赢得判决);(c)所使用的材料的数据不全或是有些数据不确定,尤其是当其长期性能数据是如此的时候;(d)质量控制方法不适当和未经验证;(e)由一些完全不称职的人员选择材料。
通过对上述五个问题的分析,可以得出这些问题是没有充分理由存在的结论。
对这些问题的研究分析可以为避免这些问题的出现指明方向。
尽管采用最好的材料选择方法也不能避免发生产品责任诉讼,设计人员和工业界按照适当的程序进行材料选择,可以大大减少诉讼的数量。
从以上的讨论可以看出,选择材料的人们应该对材料的性质,特点和加工方法有一个全面而基本的了解。
Machine design theoryThe machine design is through designs the new product or improves the old product to meet the human need the application technical science. It involves the project technology each domain, mainly studies the product the size, the shape and the detailed structure basic idea, but also must study the product the personnel which in aspect the and so on manufacture, sale and use question.Carries on each kind of machine design work to be usually called designs the personnel or machine design engineer. The machine design is a creative work. Project engineer not only must have the creativity in the work, but also must in aspect and so on mechanical drawing, kinematics, engineerig material, materials mechanics and machine manufacture technology has the deep elementary knowledge.If front sues, the machine design goal is the production can meet the human need the product. The invention, the discovery and technical knowledge itself certainly not necessarily can bring the advantage to the humanity, only has when they are applied can produce on the product the benefit. Thus, should realize to carries on before the design in a specific product, must first determine whether the people do need this kind of productMust regard as the machine design is the machine design personnel carries on using creative ability the product design, the system analysis and a formulation product manufacture technology good opportunity. Grasps the project elementary knowledge to have to memorize some data and the formula is more important than. The merely service data and the formula is insufficient to the completely decision which makes in a good design needs. On the other hand, should be earnest precisely carries on all operations. For example, even if places wrong a decimal point position, also can cause the correct design to turn wrongly.A good design personnel should dare to propose the new idea, moreover is willing to undertake the certain risk, when the new method is not suitable, use original method. Therefore, designs the personnel to have to have to have the patience, because spends the time and the endeavor certainly cannot guarantee brings successfully. A brand-new design, the request screen abandons obsoletely many, knows very well the method for the people. Because many person of conservativeness, does this certainlyis not an easy matter. A mechanical designer should unceasingly explore the improvement existing product the method, should earnestly choose originally, the process confirmation principle of design in this process, with has not unified it after the confirmation new idea.Newly designs itself can have the question occurrence which many flaws and has not been able to expect, only has after these flaws and the question are solved, can manifest new goods come into the market the product superiority. Therefore, a performance superior product is born at the same time, also is following a higher risk. Should emphasize, if designs itself does not request to use the brand-new method, is not unnecessary merely for the goal which transform to use the new method.In the design preliminary stage, should allow to design the personnel fully to display the creativity, not each kind of restraint. Even if has had many impractical ideas, also can in the design early time, namely in front of the plan blueprint is corrected. Only then, only then does not send to stops up the innovation the mentality. Usually, must propose several sets of design proposals, then perform the comparison. Has the possibility very much in the plan which finally designated, has used certain not in plan some ideas which accepts.How does the psychologist frequently discuss causes the machine which the people adapts them to operate. Designs personnel''s basic responsibility is diligently causes the machine to adapt the people. This certainly is not an easy work, because certainly does not have to all people to say in fact all is the most superior operating area and the operating process.Another important question, project engineer must be able to carry on the exchange and the consultation with other concerned personnel. In the initial stage, designs the personnel to have to carry on the exchange and the consultation on the preliminary design with the administrative personnel, and is approved. This generally is through the oral discussion, the schematic diagram and the writing material carries on. In order to carry on the effective exchange, needs to solve the following problem:(1) designs whether this product truly does need for the people? Whether there is competitive ability(2) does this product compare with other companies'' existing similar products?(3) produces this kind of product is whether economical?(4) product service is whether convenient?(5) product whether there is sale? Whether may gain?Only has the time to be able to produce the correct answer to above question. But, the product design, the manufacture and the sale only can in carry on to the above question preliminary affirmation answer foundation in. Project engineer also should through the detail drawing and the assembly drawing, carries on the consultation together with the branch of manufacture to the finally design proposal.Usually, can have some problem in the manufacture process. Possibly can request to some components size or the common difference makes some changes, causes the components the production to change easily. But, in the project change must have to pass through designs the personnel to authorize, guaranteed cannot damage the product the function. Sometimes, when in front of product assembly or in the packing foreign shipment experiment only then discovers in the design some kind of flaw. These instances exactly showed the design is a dynamic process. Always has a better method to complete the design work, designs the personnel to be supposed unceasingly diligently, seeks these better method.Recent year, the engineerig material choice already appeared importantly. In addition, the choice process should be to the material continuously the unceasing again appraisal process. The new material unceasingly appears, but some original materials can obtain the quantity possibly can reduce. The environmental pollution, material recycling aspect and so on use, worker''s health and security frequently can attach the new limiting condition to the choice of material. In order to reduce the weight or saves the energy, possibly can request the use different material. Comes from domestic and international competition, to product service maintenance convenience request enhancement and customer''s aspect the and so on feedback pressure, can urge the people to carry on to the material reappraises. Because the material does not select when created the product responsibility lawsuit, has already had the profound influence. In addition, the material and between the material processing interdependence is already known by the people clearly. Therefore, in order to can and guarantees the quality in the reasonable cost under the premise to obtainsatisfaction the result, project engineer makes engineers all to have earnestly carefully to choose, the determination and the use material.Makes any product the first step of work all is designs. Designs usually may divide into several explicit stages: (a) preliminary design; (b) functional design; (c) production design. In the preliminary design stage, the designer emphatically considered the product should have function. Usually must conceive and consider several plans, then decided this kind of thought is whether feasible; If is feasible, then should makes the further improvement to or several plans. In this stage, the question which only must consider about the choice of material is: Whether has the performance to conform to the request material to be possible to supply the choice; If no, whether has a bigger assurance all permits in the cost and the time in the limit develops one kind of new material.In the functional design and the engineering design stage, needs to make a practical feasible design. Must draw up the quite complete blueprint in this stage, chooses and determines each kind of components the material. Usually must make the prototype or the working model, and carries on the experiment to it, the appraisal product function, the reliability, the outward appearance and the service maintenance and so on. Although this kind of experiment possibly can indicate, enters in the product to the production base in front of, should replace certain materials, but, absolutely cannot this point take not earnestly chooses the material the excuse. Should unify the product the function, earnestly carefully considers the product the outward appearance, the cost and the reliability. Has the achievement very much the company when manufacture all prototypes, selects the material should the material which uses with its production in be same, and uses the similar manufacture technology as far as possible. Like this has the advantage very much to the company. The function complete prototype if cannot act according to the anticipated sales volume economically to make, or is prototypical and the official production installment has in the quality and the reliable aspect is very greatly different, then this kind of prototype does not have the great value. Project engineer is best can completely complete the material in this stage the analysis, the choice and the determination work, but is not remains it to the production design stage does. Because, is carries on in the productiondesign stage material replacement by other people, these people are inferior to project engineer to the product all functions understanding. In the production design stage, is should completely determine with the material related main question the material, causes them to adapt with the existing equipment, can use the existing equipment economically to carry on the processing, moreover the material quantity can quite be easy to guarantee the supply.In the manufacture process, inevitably can appear to uses the material to make some changes the situation. The experience indicated that, may use certain cheap materials to take the substitute. However, in the majority situation, in will carry on the production later to change the material to have in to start before the production to change the price which the material will spend to have to be higher than. Completes the choice of material work in the design stage, may avoid the most such situations. Started after the production manufacture to appear has been possible to supply the use the new material is replaces the material the most common reason. Certainly, these new materials possibly reduce the cost, the improvement product performance. But, must carry on the earnest appraisal to the new material, guarantees its all performance all to answer the purpose. Must remember that, the new material performance and the reliable very few pictures materials on hand such understood for the people. The majority of products expiration and the product accident caused by negligence case is because in selects the new material to take in front of substitution material, not truly understood their long-term operational performance causes.The product responsibility lawsuit forces designs the personnel and the company when the choice material, uses the best procedure. In the material process, five most common questions are: (a) did not understand or cannot use about the material application aspect most newly the best information paper; (b) has not been able to foresee and to consider the dusk year possible reasonable use (for example to have the possibility, designs the personnel also to be supposed further to forecast and the consideration because product application method not when creates consequence. ecent years many products responsibilities lawsuit case, because wrongly uses the plaintiff which the product receives the injury to accuse produces the factory, and wins the decision); (c) uses the material data not entire perhaps some data areindefinite, works as its long-term performance data is the like this time in particular;(d) the quality control method is not suitable and not after the confirmation; (e) the personnel which completely is not competent for the post by some chooses the material.Through to the above five questions analysis, may obtain these questions is does not have the sufficient reason existence the conclusion. May for avoid these questions to these questions research analyses the appearance indicating the direction. Although uses the best choice of material method not to be able to avoid having the product responsibility lawsuit, designs the personnel and the industry carries on the choice of material according to the suitable procedure, may greatly reduce the lawsuit the quantity.May see from the above discussion, the choice material people should to the material nature, the characteristic and the processing method have comprehensive and the basic understanding.。