关于结构工程专业的英语介绍
结构工程师社招面试英文自我介绍
结构工程师社招面试英文自我介绍Good morning/afternoon/evening,My name is [Your Name], and I am here today to introduce myself for the position of Structural Engineer. I have a strong passion for structural engineering, and I am excited to have the opportunity to join your esteemed organization.I hold a Bachelor's degree in Civil Engineering from [Name of University]. During my academic years, I developed a solid foundation in structural analysis, design principles, and construction techniques. I also gained practical experience through internships where I had the chance to work on various projects, including high-rise buildings and bridges.After completing my education, I joined [Name of Company/Organization] as a Junior Structural Engineer. In this role, I was responsible for conducting structural analysis, preparing design calculations, and coordinating with architects and other engineering disciplines to ensure seamless project execution. I also had the opportunity to use software such as ETABS, SAP2000, and AutoCAD to create detailed structural drawings and models.In my time at [Name of Company/Organization], I successfully contributed to the completion of several notable projects. One of the highlights of my career was working on a large-scale commercial complex, where I was involved in designing the structural system that could withstand high wind loads and seismic forces. This experience not only enhanced my technical skills but also fostered my ability to work effectively in a team environment.As a structural engineer, I believe that attention to detail, strong analytical skills, and effective communication are essential. I am proficient in using industry-standard software and have a deep understanding of relevant building codes and regulations. Moreover, I am always eager to learn and stay updated with the latest advancements in the field of structural engineering.Besides my technical expertise, I am a dedicated and reliable professional. I am able to manage multiple tasks simultaneously, prioritize effectively, and meet deadlines without compromising the quality of my work. I am also a great team player, actively collaborating with colleagues to find innovative solutions and achieve project objectives.In conclusion, I am confident that my academic background, practical experience, and passion for structural engineering make me a suitable candidate for the role of a Structural Engineer. I am eager to contribute my skills and knowledge to your organization and be part of a team that creates exceptional structures.Thank you for considering my application. I look forward to the opportunity to discuss how my qualifications align with your requirements in more detail.Thank you.。
结构工程专业英语
Table.1
Chemical analysis
• Table1 presents the major oxides for OPC, UtSCBA and UtFA. • The CaO values for UtSCBA and UtFA were found to be less than
Fig.1. Particle size distributions and X-ray diffraction results for OPC, UtSCBA and UtFA.
Particle size distribution and X-ray diffraction (XRD) results
• A micrograph obtained for the UtSCBA (Fig. 2b) shows a large variability of shapes and sizes of the particles, ranging from 10 to 200 lm,
• Key words: compressive strength(抗压强度) scanning electron microscopy（扫描电镜） ultrasonic pulse velocity（超声波速） electrical resistivity (电阻率) rapid chloride permeability（氯离子渗透）
• Sugarcane Bagasse Ash(SCBA) has substantial amounts of Silica (SiO2), Alumina (Al2O3) and Ferric Oxide (FeO ) , indicating that SCBA can also be used as a mineral admixture. Key words: mineral admixture (矿物掺合料) mortar(砂浆)
结构工程(Structural Engineering)(世毕盟留学)
结构工程（Structural Engineering）（世毕盟留学）国内说起结构，主要指的是建筑结构(Building Structure)，比如分成混凝土，钢结构什么的；另外国内还设有防震减灾这个专业。
美国的结构工程范畴要稍微大一些，除了我们意义上的结构外，还包括地震工程，力学。
特别值得一说的是，桥梁也是结构工程的一部分，而不像国内，把桥与路放在一起。
结构的研究生在美国很好找工作。
从前一次的招聘会来看，凡是来土木要人的基本上都会要结构的学生。
因此，结构方向攻读硕士学位的美国人是相当多的。
如果大家看US News每年发布的排名的话，那么注意力可能会集中在前十左右的学校上。
其实，排名不代表全部；没有排进前十的学校未必实力就逊色一筹。
1、University of California-Berkeley(加州大学伯克利分校)世界顶级名校之一，应该是公认的土木最强学校（虽然今年不知怎么被排在第二）,结构工程自然是其强项，SAP和Etabs就是它的成果之一。
伯克利的抗震实验室真是无法比拟的，加之其地处加州——最活跃的地震带之一——这种地质环境为其创造了天然的条件。
PEER实验室(Pacific Earthquake Engineering Research)在地震工程方面创下了不可磨灭的贡献，其建立的地震记录数据库是学者们不可多得的宝贵资源。
2、University of Illinois-Urbana-Champaign(伊利诺大学厄本纳-尚佩恩分校)今年的NO.1。
不用说，UIUC工科的确超强，放在前五是没有人提异议的。
在结构方面，领军人物Spencer可谓是结构界的一名泰斗级人物。
UIUC在结构方面有好几个实验室，包括MAE(Mid-America Earthquake Center),SSTL(Smart Structure Technology Laboratory)几个在不同领域有分量的分支。
结构工程中英文介绍
土木工程（英文：Civil Engineering）是建造各类工程设施的科学技术的统称。
它既指所应用的材料、设备和所进行的勘测、设计、施工、保养、维修等技术活动，也指工程建设的对象。
即建造在地上或地下、陆上或水中，直接或间接为人类生活、生产、军事、科研服务的各种工程设施，例如房屋、道路、铁路、管道、隧道、桥梁、运河、堤坝、港口、电站、飞机场、海洋平台、给水排水以及防护工程结构工程是土木工程的六个二级学科之一。
研究土木工程中具有共性的结构选型、力学分析、设计理论和建造技术和管理的学科。
结构工程学是用力学的方法来分析建筑物（如：房屋、桥梁、水坝等）和构筑物（如：挡土墙、烟囱、构架等）在各种荷载作用下的内力和变形，通过控制结构的内力和变形，达到结构在施工和使用过程中保证一定安全可靠度的目的。
结构工程分支：钢筋混凝土学钢结构设计预应力混凝土设计地震工程桥梁工程建筑工程Civil Engineering is called by a joint name of science and technology of building all kinds of Engineering facilities .It refers to the application of materials, equipment and conducted reconnaissance, design, construction, maintenance, repair, and other technical activities, also refers to the construction of the object. Is built on the ground or underground, on land or water, directly or indirectly for human life, production, military, scientific research and service of all kinds of engineering facilities, such as houses, roads, railways, pipelines, tunnels, bridges, canals, dams, ports, power stations, airports, offshore engineering, water supply and drainage and protectionAnd structural engineering is one of six secondary discipline of civil engineering. It is a discipline of study the common in selection of the structure, mechanics analysis and design theory and construction technology and management. Structure engineering uses the method of mechanics to analyze the building (such as houses, Bridges, dams, etc.) and structures (such as retaining wall, chimney, architecture, etc.) which are under various load of the internal force and deformation, by controlling the internal force and deformation of the structure, to achieve structure in the process of construction and for the purpose of the guarantee of safety reliability.At last ,structural engineering have some branches as follow ;Reinforced concrete learning ,Steel structure design ,Prestressed concrete design ,Earthquakeengineering ,Bridge engineering ,Construction engineering .。
英语课程中的工程技术基础词汇
英语课程中的工程技术基础词汇在工程领域的学习和实践中，掌握基础的工程技术词汇对于提高学习效果和专业素养至关重要。
在英语课程中，学习和掌握与工程技术相关的词汇同样重要。
本文将介绍一些在英语课程中常见的工程技术基础词汇，以帮助学习者更好地理解和应用这些词汇。
一、施工工艺（Construction Techniques）1. 基础工程（Foundation Engineering）- 研究土壤和岩石的性质以及建筑物基础的设计与建造。
2. 结构工程（Structural Engineering）- 研究建筑物和桥梁等结构体系的设计和施工。
3. 混凝土技术（Concrete Technology）- 研究混凝土的性质、配合比和施工等相关技术。
4. 钢结构技术（Steel Structure Technology）- 研究钢结构的设计、制造和施工。
5. 土木工程（Civil Engineering）- 研究公共基础设施（如道路、桥梁、渠道等）的设计和施工。
二、测量与测绘（Surveying and Mapping）1. 三角测量（Trigonometric Surveying）- 利用三角形的几何原理进行测量和定位。
2. 地形测量（Topographic Surveying）- 测绘地表地形、地势和自然特征的方法和技术。
3. 全站仪（Total Station）- 可以测量距离、角度和高差等参数的仪器设备。
4. GPS定位（Global Positioning System）- 利用全球卫星定位系统进行测量和定位。
5. GIS地理信息系统（Geographic Information System）- 结合地图和数据分析的计算机系统，用于存储、管理和分析地理信息。
三、工程材料（Engineering Materials）1. 混凝土（Concrete）- 由水泥、砂、骨料等按一定比例配制而成的建筑材料。
2. 钢铁（Steel）- 一种常见的金属材料，用于制作结构框架、钢筋等。
结构工程 英语 专业介绍
Main Contents
3.1 Brief introduction
3.1.1 My major and major direction 3.1.2 What is the structural engineering and engineer requirement 3.1.3 What is steel structure 3.1.4 What are the advantages and disadvantages of steel structure 3.1.5 Relationship between steel structure and civil engineering 3.1.6 History of the civil engineering
1. Profile of myself
1.3 Motto: Life is a box of chocolate, you never know what you are gonna get. 生活就像一盒巧克力， 你不知道你的下一块是什么口味
1.4 expectation, suggestion I wish our class may be added parts of writing skills about professional literature. That there are a chunk of the newest essays, especially technology and humanistic articles, is perfect.
3.1 Brief Introduction
3.1.2 What is the structural engineering and structural engineer requirement Structural engineering main duty is the structural design and analysis of buildings. The definite works is to identify the loads which act upon a structure and the forces which arise within structure. After a serious calculate, compare and then design the structure to successfully support and resist those loads. The structural engineer must provide clients for safe , structures and to successfully fusigned for. Design considerations will include strength, stiffness, and stability of the structure when subjected to loads which may be static, such as furniture or self-weight, or dynamic, such as wind, seismic, crowd or vehicle loads, or transitory, such as temporary construction loads or impact.
结构专业常用英语词汇剖析
度
cover
砂
sand
碎石
crushed stone
钢板
steel plate
雨水篦子板
rain water grating
I级
grade I
热轧带肋钢筋
hot rolled ribbed steel bars
钢筋锚固长度 bond length of rebars
箍筋
stirrup
弯起钢筋
bent-up bar
抗压强度
compression strength
普通硅酸盐水泥 ordinary portland cement
卵石
pebble
砾石
gravel
骨料 粘土砖
aggregate clay brick
水泥 垫层
cement cushion
4. 地基基础
扩展基础
spread foundation
地基
ground,foundation soils
搭接长度
overlapping length
螺母
nut
地脚螺栓
foundation bolt
外露100，丝扣80
outcrop 100mm，thread 80mm
C40混凝土
C40 concrete: class 40
细石混凝土
fine aggregate concrete
配合比
mixture ratio
hot-rolled equal-leg angle steel
hot-rolled channel steel strap steel verticality framed at site
焊缝 焊缝高度 焊缝长度 气焊
结构专业常用英语词汇
结构专业常⽤英语词汇结构专业常⽤英语词汇1. ⼀般术语房屋建筑⼯程building engineering ⼟⽊⼯程civil engineering 建构筑物construction works 结构structure基础foundation地基ground; foundation soils ⽊结构timber structure 砌体结构masonry structure 钢结构steel structure 混凝⼟结构concrete structure 特种结构special engineering structure房屋建筑building⼯业建筑industrial building 民⽤建筑civil building⽔⼯建筑物marine structure 剪⼒墙结构shear wall structure 混合结构mixed structure 板柱结构slab-column system 框架结构frame structure 壳结构shell structure 拱结构arch strucuture桁架结构truss⽹架结构space grid structure 悬索结构cable-suspended structure 框架-剪⼒墙结构frame-shear wallstructure筒体结构tube structure ⾼耸结构high-rise structure 斜拉桥cable stayed bridge 悬索桥suspension bridge 桁架桥trussed bridge 拱桥arch bridge 引桥approach span 桥墩pier 隧道tunnel 混凝⼟坝concrete dam 渠道channel2. 结构构件构件member 部件component; assembly parts 梁beam截⾯section 板slab; plate 柱column 墙wall 壳shell 桁架truss框架frame刚架rigid frame排架bent frame简⽀梁 simply supported beam 悬臂梁cantilever beam 连续梁continuous beam 叠合梁superposed beam 伸缩缝expansion and contraction joint 截⽔沟(天沟)catch ditch;intercepting channel 排⽔沟 drainage ditch 护坡slope protection;revetment 挡⼟墙retaining wall ⽌⽔sealing; seal;节点joint 桩pile沉降缝settlement joint 防震缝aseismic joint施⼯缝construction joint基础梁foundation beam桩承台pile cap; bearing platform底板 bottom slab⽔池顶板basin top slab现浇墙板cast-in-place wall panel预制墙板pre-cast wall panel钢筋混凝⼟框架reinforced concreteframe钢筋混凝⼟柱reinforced concretecolumn先张法预应⼒混凝⼟管桩pretensioned spunconcrete piles钢筋混凝⼟现浇板cast-in-placereinforced concreteslab斜梁 stringer平台梁 beams of platform⼥⼉墙 parapet⼈孔盖板 manhole cover集⽔坑catchment pit溢流槽 flood relief channel 爬梯 ladder⽜腿 bracket仪表槽盒⽀架instrument trench support电缆⽀架cable trench support ⽀撑brace⽀架support3. 结构材料预埋件embedded plate钢板steel plate钢圆环 steel ring plate⾬⽔篦⼦板 rain water grating 钢筋reinforcing bar I 级 grade I热轧光圆钢筋hot rolled plainsteel bars热轧带肋钢筋hot rolled ribbedsteel bars插筋anchor rebar钢筋锚固长度bond length of rebars钢筋搭接bar splicing箍筋stirrup纵向钢筋longitudinal bar弯起钢筋bent-up bar钢筋间距rod spacing;bar spacing搭接长度overlapping length胀锚螺栓 expansion bolts螺母nut锚栓anchor bolt地脚螺栓foundation boltM30六⾓螺帽M30 six angle screw cap外露100，丝扣80outcrop 100mm，thread 80mm 垫⽚ washer C40混凝⼟C40 concrete: class 40早强剂early-strength admixture细⽯混凝⼟fine aggregate concrete防冻附加剂antifreeze admixture配合⽐mixture ratio抗渗等级P8 seepage class:抗压强度compression strength混凝⼟保护层厚度minimum concrete cover普通硅酸盐⽔泥ordinary portland cement 砂sand卵⽯pebble碎⽯crushed stone砾⽯gravel⾻料aggregate⽔泥cement粘⼟砖clay brick 垫层cushion4. 地基基础扩展基础spread foundation地基ground,foundation soils 刚性基础rigid foundation 独⽴基础single footing 联合基础combined footing 条形基础strip founcation 壳体基础shell foundation 箱形基础box foundation 筏形基础raft foundation 桩基础pile foundation沉井基础open caisson foundation ⼤直径桩基础cylinder pile foundation ⼟岩组合地基soil-rock composite ground地基允许变形值allowable subsoil deformation地基处理ground treatment 复合地基composite foundation 强夯dynamic compaction ⽀档结构retaining structure 基坑⼯程excavation engineering ⾼应变动⼒检测high strain dynamic testing of piles 单桩竖向抗压静载试验vertical compression bearing capacity static test for single pile 单桩⽔平静载试验lateral bearing capacitystatic test for single pile 单桩竖向抗拔静载试验vertical up-lifting bearing capacitystatic test for single pile 单桩竖向抗压极限承载⼒vertical ultimatecompress bearing capacity of a singlepile 桩侧摩阻⼒skin friction resistance 桩顶⽔平位移lateral displacement 桩端阻⼒end bearing resistance 单桩静载试验static test of single pile 单桩⽔平极限承载⼒ultimate lateral bearing capacity for a single pile 单桩竖向抗拔极限承载⼒ultimate vertical up-lifting bearing capacityfor a single pile 素填⼟ Plain Fill 粉⼟ Silt 粉质粘⼟ Silty Clay 淤泥质粉质粘⼟Sludgy Silty Clay 粉砂Silty Sand ⾼压缩性 high compressibility 中粗砂medium sand 中等压缩性 medium compressibility 中细砂fine sand 低压缩性 low compressibility 可塑~硬塑状态 plastic-hard plastic 泥质粉砂岩 Muddy Silty stone 流塑状态 flow plastic 粉砂质泥岩 Silty mudstone 局部软塑状态 partly soft plastic 泥岩 Mudstone 饱和saturated 强风化 high weathered 松散incompact 中等风化 medium weathered 轻微裂缝 slight defective pile 断桩 breakage of pile 桩⾝完整 pile of body integrity 缩颈 pile diameter reduction 缺陷 defect 压缩系数coefficient of compressibility 渗流seepage flow 内聚⼒（粘聚⼒） cohesion5. 钢结构钢结构 steel structure底漆 paint primer涂层 coating中间漆intermediate painting 油漆，涂料 paint⾯漆 finish coat流坠 hanging透底 disclosure皱⽪ wrinkle漏涂 miss painting返锈 rust again漆膜厚度 film thickness结构构件 structural member垂直⽀撑vertical bracing桁架 truss⼩⽴柱 postWA325钢格栅板 WA325 grating斜梁 stringer踏步板 treads钢梯 steel stairway踏步钢格板 grating for stair tread斜梯栏杆 guard rails不锈钢栏杆 stainless steel handrail预制场地 prefabrication area 平台栏杆 GR of platform原材料 raw material半成品 semi-finished goods除锈 remove rust, cleaning 切割 cutting喷砂 sand blasting打磨坡⼝ grinding型钢 section steel热轧⼯字钢hot-rolled I-beam steel热轧钢板 hot-rolled plates热轧不等边⾓钢hot-rolled unequal-legangle steel热轧等边⾓钢hot-rolled equal-legangle steel热轧H型钢hot-rolled H steel热轧槽钢hot-rolled channel steel ⽆缝钢管 seamless steel pipes扁钢 strap steel 不锈钢板 stainless steel plate垂直度 verticality分⽚组装be assembled by sections现场成框 framed at site焊缝 weld seam V型坡⼝V-type bevel焊缝⾼度 weld height焊枪 welding gun焊缝长度 weld length焊机 welding machine⽓焊 gas welding 焊炬 welding torch电焊 electric welding ⾃动和半⾃动电弧焊automatic andsemi-automatic welding ⼿⼯焊 hand welding对焊 butt welding 焊条weld rod, electrode ⾓焊缝 fillet 间断焊接 gap welding 咬边 undercut 针孔 pinhole 夹渣 slag裂纹 crack烧穿 burning out 漏焊 losing welding 弧坑 concavity 未焊透lack of fusion 打磨 grind⽕焰切割 torch cutting 喷砂除锈The sand blasting 机械钻孔drill by machine预拉⼒ prestressed ⾼强度⼤六⾓头螺栓Set of big hexagonalhigh-strength bolt 抗滑移系数Slide coefficient of faying surface 扭矩系数torsional moment coefficient终拧扭矩final torsional moment6. 荷载、强度、可靠度剪⼒shear 剪切变形shear deformation压⼒pressure 延伸率percentage of elongation 剪切模量shear modulus 拉⼒tension 应⼒stress 应变strain应⼒集中concentration of stress 应⼒松弛stress relaxation 应⼒图stress diagram 应⼒状态state of stress位移 displacement 弹性变形 elastic deformation 变形 deformation 塑性变形 plastic deformation 应变 strain 剪应变 shear strain 线应变 linear strain 主应变 principal strain 轴向⼒ normal force 主应⼒ principal stress 正应⼒ normal stress 预应⼒prestress应⼒应变曲线stress-strain curve 裂缝crack抗压强度compressive strength 抗弯强度bending strength 抗扭强度torsional strength 抗拉强度tensile strength 屈服yield屈服点yield point屈服荷载yield load 屈服极限limit of yielding 屈服强度yield strength 屈服强度下限lower limit of yield 荷载load横截⾯section, cross 承载⼒bearing capacity 承重结构bearing structure 弹性模量elastic modulus 塑性plasticity延性ductileity受弯构件member in bending轴向拉⼒axial tension受拉区tensile region可靠性reliability受压区compressive region粘结⼒cohesive force配筋率reinforcement ratio偏⼼受拉eccentric tension配箍率stirrup ratio偏⼼受压eccentric compression泊松⽐Poisson’s ratio偏⼼距eccentric distance跨度span疲劳强度fatigue strength跨⾼⽐span-to-depth ratio偏⼼荷载eccentric load设计限值 limiting design value截⾯宽度 breadth of section截⾯⾼度 height of section截⾯厚度 thickness of section截⾯直径 diameter of section截⾯⾯积 area of section截⾯周长 perimeter of section截⾯模量（抵抗矩） section modulus截⾯惯性矩 second moment of area截⾯极惯性矩polar second moment of area 截⾯回转半径 radius of gyration长细⽐slenderness ratio偏⼼矩 eccentricity偏⼼率 relative ecdentricity振动 vibration⾃振频率 natural frequency加速度 acceleration振周期natural period of vibration 频率 frequency振幅 amplitude of vibration⾃由度 degree of freedom振型 mode of vibration阻尼 damp共振 resonance强迫振动 forced vibration设计荷载design load挠度deflection设计强度design strength构造construction脆性破坏brittle failure延性破坏ductile failure可靠性 reliability适⽤性 serviceability安全性 safety耐久性 durability设计基准期 design reference period可靠概率 probability of survival可靠指标 reliability index失效概率 probability of failure概率设计法 probabilistic method极限状态设计法 limit states method容许应⼒设计法 permissible stressesmethod正常使⽤极限状态serviceability limitstates承载能⼒极限状态 ultimate limit states极限状态 limit states分项系数 partial safety factor体分布⼒ force per unit volume 作⽤ action⼒矩 moment of force线分布⼒ force per unit length永久作⽤ permanent action⾯分布⼒ force per unit area可变作⽤ variable action偶然作⽤ accidental action静态作⽤ static action固定作⽤ fixed adtion动态作⽤ dynamic action⾃重 self weight温度作⽤ temperature action施⼯荷载 site load地震作⽤ earthquake action⼟压⼒ earth pressure⽔压⼒ water pressure风荷载 wind load雪荷载 snow load风振 wind vibration吊车荷载crane load屋⾯活荷载floor live load浮⼒ buoyance浪压⼒（波浪⼒） wave pressure泥沙压⼒ silt pressute冰压⼒ ice pressure冻胀⼒ frost heave force静⽔压强 hydro-static pressure静⽔总压⼒total hydro-static pressure 动⽔压强 hydro-dynamic pressure压⼒⽔头 pressure head作⽤代表值 representative valueof an action作⽤准永久值quasi-permanent valueof an action作⽤标准值 characteristic valueof an action作⽤组合值combination value ofactions作⽤设计值 design value of anaction作⽤效应 effects of actions作⽤组合值系数coeffcient forcombination value ofactions作⽤效应系数coefficient of effectsof actions作⽤效应基本组合 fundamentalcombination foraction effects短期效应组合combination for short-term action effects作⽤效应偶然组合 accidentalcombination foraction effects长期效应组合combination for long-term action effects轴线axes标⾼elevation; datum mark坐标coordinate基准点，标⾼datum mark中⼼标⾼center elevation绝对标⾼absolute elevation相对标⾼relative elevation平⾯控制plane control⾼程控制elevation control⽔准点bench mark经纬仪transit坐标控制点coordinate control points ⽔准仪surveyor level测杆surveying rod 钢卷尺steel tape测距仪range finder7. ⼟建施⼯挖掘 excavate履带式推⼟机crawler dozer挖⼟机 excavator履带式起重机crawler crane反铲挖⼟机 back digger压路机 road roller挖沟机 trench digger翻⽃车 tipping skip铲运机 scraper⾃卸卡车 dumping truck洒⽔车 sprinkler回填 back fill⼟⽅⼯程 earth work蛙式打夯机 frog rammer钢筋切断机 bar cutter钢筋弯曲机 angle--bender基坑foundation pit双排竖管脚⼿架independent scaffold脚⼿架scaffold管⼦脚⼿架pipe scaffold 单排竖管脚⼿架putlog scaffold 满堂脚⼿架full framing ⽴杆 the standing pole 扫地杆 ground bars 横杆 ledger脚⼿板 scaffold board 防护栏 protective barrier,guard rail隔离剂 isolating agent扣件coupler旋转扣件swivel coupler ⼗字扣件double coupler 套筒扣件sleeve coupler 钢筋加⼯ rebar fabrication 铁丝 iron wire 钢筋连接rebar connection 绑扎lashing 搭接lap焊接 welding搭接接头 lap joint 焊接接头 welded joint 搭接焊lap welding 砂浆垫块mortar block制模，模板⼯程formwork 组合钢模板 combined steel formwork 模板form模板配板 formwork configuration 模板⽀设 formwork erection 安装偏差 installation deviation 模板接缝the formwork joint泵送混凝⼟pumping of concrete 混凝⼟中⼼搅拌站 centralized concretemixing plant 浇灌混凝⼟concrete pouring, depositing concrete,模板拆除 formwork removal 混凝⼟搅拌汽车concrete mixer truck混凝⼟搅拌concrete agitation 插⼊式振捣器 insertion type vibrator 振捣混凝⼟ vibrated concrete 平板振动器 plate vibrator 抹⼦，泥⼑ trowel 抹灰，抹光 toweling坍落度slump两组试块two sets of testing blocks 混凝⼟取样witness sampling of concrete混凝⼟施⼯缝处理treatment of concrete construction joint 初凝 initial set 终凝final set初凝时间 initial setting time 终凝时间final setting time 混凝⼟养护concrete curing 草垫 straw mattress回填back fill回填夯实backfill consolidation 1:2⽔泥砂浆20厚1:2 cenment mortarthickness 20mm 找平层leveling blacket 抹灰plastering抹平，找平screeding 抹灰底层rendering coat 抹光，压光trowel finish 灌缝；灌浆grout抹灰罩⾯层setting coat ⼆次灌浆post-grouting 填料filling 翼环plate ring套管pipe sleeve ⽯棉⽔泥asbestos cement 油⿇oil-- hemp 橡胶⽌⽔带rubber water stop 密封胶joint sealant 沥青涂层asphalt coating填缝板joint filler镀锌铁⽪galvanized iron sheet ure ;revetment80mmpile ompressibility area f vibration ssure ol pointsocks。
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The responsibilities on product safety are of great importance!!!
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Analysis and Design of Steel Structure
Display time:
Next, I'll show some animations for further explanation!
An introduction to my special field
——Steel Structure
Z.J. Wu Supervised by Tina Mar. 9th, 2018
Content
Part 01 Architecture and Structure
Part 02 Civil Engineering（Structural Engineering） Part 03 Analysis and Design of Steel Structure
Forece
Forece
Fixed
Fixed Fixed
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Analysis and Design of Steel Structure
This component will have such a deformation.
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Sustainable development New materials
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Content
Part 01 Architecture and Structure
Part 02 Civil Engineering（Structural Engineering） Part 03 Analysis and Design of Steel Structure
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Analysis and Design of Steel Structure
Technology of BIM
(Building Information Modeling/Management/Manufacture)
Prefabricated Construction
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X.P. Shu, Chief professor and Director of the Steel Structure Research Institute of Hunan University, has ever put forward such a route to conduct our steps:
Structural Engineering
In this specialties, civil engineers plan and design structures of all types, including bridges, dams, powers plants, supports for equipment, specials structures for offshore projects and many other kinds of projects.
Steel structure is made up of steel material, and it is one of the main types of building structure. The structure is mainly composed of steel beams, steel columns and other components made of shape steel and steel plate. The joints between components are usually welded or bolted. Because of its light weight and easy construction, it is widely used in large factories, stadiums and super high rise buildings.
In a word, we must ensure that this building is secure, applicable and durable.
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Architecture and Structure
Example: Structure
Construction condition
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Analysis and Design of Steel Structure
Popularly speaking, as a steel structure engineer, our duty is to guarantee the safety of a building structure under various loads (including self-weight, wind load, earthquake action, etc.). Sometimes, we may also need to analyze and demonstrate whether a part of the building is safe, and we need to draw the construction drawings to guide the construction.
Content
Part 01 Architecture and Structure
Part 02 Civil Engineering（Structural Engineering） Part 03 Analysis and Design of Steel Structure
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Civil Engineering（Structural Engineering）
Throughout any given project, civil engineers make extensive use of computers.
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Civil Engineering（Structural Engineering）
Categories
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Civil Engineering（Structural Engineering）
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Analysis and Design of Steel Structure
A model of the building structure
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Analysis and Design of Steel Structure
When an Thus, we earthquake must truly Earthquakes don't kill people! occurs, the simulate Only people! building is man-made structures kill the state of vibrating. a building structure and ensure its safety
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Architecture and Structure
Example: Architecture
The source of building modeling： Traditional Chinese patterns——“Dragon”
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Architecture and Structure
Civil engineering, the oldest of the engineering specialties, is the planning, design, construction and management of the built environment. Because it is too broad, civil engineering is subdivided into a number of technical specialties. Depending on the type of project, the skills of many kinds of civil engineer specialties may be needed.
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Content
Part 01 Architecture and Structure
Part 02 Civil Engineering（Structural Engineering） Part 03 Analysis and Design of Steel Structure
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Architecture and Structure
Example: Structure
Design of Anti lateral shift Anti-seismic design Wind resistance design Comfort control design Design of the crown of the tower and so on…
Integrate theory with practice.
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Reference:
[1] 段兵廷. 土木工程专业英语[M]. 武汉: 武汉理工大学出版社, 2003: 1―1. Duan Bingting. English for Civil Engineering Majors[M]. Wuhan: Wuhan University of Technology Press, 2003: 1―1. [2] 范宏武, 韩继红, 王振华. 上海中心大厦建筑节能方案设计[J]. 绿色建筑, 2011, 3(03): 27―30. Fan Hongwu, Han Jihong, Wang Zhenhua. Building Energy Efficiency Design for Shanghai Tower[J]. Green Building, 2011, 3(03): 27―30. [3] 丁洁民, 巢斯, 吴宏磊, 何志军, 张其林, 李久鹏. 上海中心大厦绿色结构设计 关键技术[J]. 建筑结构学报, 2017, 38(03): 134―140. Ding Jiemin, Chao Si, Wu Honglei, He Zhijun, Zhang Qilin, Li Jiupeng. Key technology of green building in the Shanghai Tower structural design[J]. Journal of Building Structures, 2017, 38(03): 134―140. [4] 陈焕辉. 土木建筑英语[M]. 上海: 复旦大学出版社, 2007: 50―50. Chen Huanhui. English for Architecture and Construction[M]. Shanghai: Fudan University Press, 2007: 50―50. 感谢为本讲义提供插图的各网站！ Thanks to the websites that provided illustrations for this handout！