汽车设计术语-英文版

汽车设计术语-英文版
汽车设计术语-英文版

Car Design Glossary

Airdam: A foil or aerodynamic device, often positioned under the front bumper.

A-pillar: The first set of structural roof supports at either side of the windshield. The next set of pillars, behind the front doors, is called B-pillars, and those behind the rear doors are called C-pillars. Some limousines and station wagons have D-pillars.

Alloy wheel: A wheel cast from alloys of aluminum or magnesium, usually in one piece. (See also “Disc wheel” and “Wire wheel.”)

Applied (fender or trim): Fastened onto or stamped into the surface of the body. Armature: The wooden, metal or hard-foam supporting structure under a clay model. Attitude: When a vehicle has a noticeable demeanor and is said to be aggressive, playful, intimidating etc. Can also describe the vehicles overall relationship to the ground.

Axes:In locating points on a car body, designers and draftsmen use the conventional three 3D reference lines: longitudinal, vertical and cross-car. These lines or axes are labeled X-Y-Z. (See al so “Zero point.”)

Backlight: The rear window opposite the windshield.

Badge engineering: The practice of applying different nameplates to cars with identical or very similar sheetmetal.

Bakeoff: A showdown between design proposals, usually held in the form of a show with clay models from rival studios or designers.

“Banana”: The opening between the top of the steering-wheel rim and the hub through which the driver can see the instrument panel.

Bead or beading: A formed, often ornamental molding, usually pliable, sometimes fitted as a sealer (“welting”) between two exterior body panels; e.g. between fenders and body. May also be rigid as in “fender beading”. Flexible beading is sometimes used to trim car upholstery.

Bellypan: A partial or full surface, usually of sheetmetal, affixed to the underside of a car body. The bellypan acts as an aerodynamic aid.

Beltline: The horizontal area of the body along the door just below the side-window glass. Bezel:A shaped, usually ornamental, often bright edging around a functional body component, e.g. lights, gauges, emblems, medallions, etc.

Black metal: The structural, supporting inner sheetmetal of a body usually painted black. Blind quarter: A wide sail panel, q.v.

Bling: When certain details of a vehicle such as the grill, wheels, trim, moldings, badges and other ornamentation are finished with particular flare with the use of in chrome or any bright scintillating finish. The scale of the details in question must typically be outsized to increase notability. When a vehicles details are deliberately designed to catch attention and suggest wealth and status.

Boattail: The rear of a carboy shaped like the upside-down prow of a boat.

Body in white: The finished but unmounted and unpainted body. It’s called “in the white” because the original protective undercoat was white or light yellow.

Body sweeps:(See “Sweeps.”)

Bone line: A hard, raised longitudinal peak in the sheetmetal, usually along the side of the

car body; more massive than a character line (q.v.).

Boot:(See “T op boot.”).

Box, one-, two-, three-: Body morphology is often described in terms of one-box, two-box and three-box. A one-box body usually refers to a van, whose body looks like one big box.

A station wagon or something like the VW Rabbit qualifies as a two-box body, the hood being one box and the cabin the second. And a three-box body is usually a conventional sedan or coupe: hood, cabin and trunk. Also called “one-, two- and three-shape.”

B-pillar:(See “A-pillar.”)

Bridge: An upside-down-U-shaped device t hat rides on side rails over a clay model. It’s used to take reference points and make accurate measurements of the model.

Brow: A raised or protruding area above or around an arch, like a headlamp or wheel well. Buck:(See “Seating buck.”)

Bumper: A protective bar or area protruding from the extreme front or rear of a car body. Bumper pan:Sheetmetal that extends downward from the bumper. (Sometimes called “modesty panel” or “modesty skirt.”)

Bustleback: A car body with an attached luggage compartment.

Bulkhead:A large, reinforced, crossbracing sheetmetal panel, typically behind the rear seat of a car body.

Cast (to): To form metal or plastic by pouring the molten substance into a mold and letting it solidify. (See also “Die-casting.”)

Catalogue custom: A coachbuilt custom body displayed in and sold through an automaker’s dealer catalogue. (See also “Series custom.”)

Catwalk: The area between the front fender and hood. The word was commonly used for cars of the late 1930’s and early 1940’s, when catwalks ex tended from the front bumper to the door cuts.

Centerline: A hypothetical line drawn longitudinally through the center of a developing car body, also known as the X axis.

Chamfer: The juncture of two angled or beveled flat surfaces.

Channel (to): To lower a car body by cutting out the floor and dropping the body down over the frame rails.

Character line: A raised or indented, creased or peaked line on a smooth surface that adds stronger-than-normal interest to the car’s aesthetics.

“Cheat” (to): To exaggerate a design feature in a sketch or model in order to improve the car’s appearance or proportions, such as stretching the wheelbase and lowering the height of the body.

CHMSL: Center high-mounted stop light (pronounced Chimsel).

Chop (to):To lower the top or greenhouse of a car body by cutting out a few inches horizontally and re-welding the pillars and panels.

Coefficient of drag (Cd):A numerical value representing aerodynamic efficiency. The lower the value, the more efficient the shape.

Coordinate measuring machine:(See “Scanner.”)

Couple distance: The distance between the front- and rear-seat H-points (q.v.); a critical interior packaging dimension.

Coved: Recessed.

Cowl:The surfaced and structural body component at the front of the passenger compartment between the engine hood and the main body back to the windshield. Cowls vary tremendously in detail and construction, but the typical cowl is made up of the firewall and extends back to meet the instrument panel.

C-pillar:(See “A-pillar.”)

Crown: A domed area of the hood, fenders or roof. Also a subtle rise or convexity in a surface to make it look straight or flat instead of sunken.

Custom (body): A special or coachbuilt automobile body uniquely designed and fabricated, as opposed to mass-produced bod ies. (See also “Catalogue custom” and “Series custom.”)

Cutline: The line around an openable body panel; e.g. doors, hood and decklid. “Dash” (in body engineering):In some car companies, the “dash line” is an all-important measuring marker from which body-length dimensions are taken. During design, the actual “dash” (firewall) is extensively altered to accommodate intrusion by the transmission, ducting, controls, etc., so it rarely coincides with the theoretical “dash” and should never by confused with “Instrument panel,” q.v.

Dashboard: In very early cars, an upright wooden or metal panel at the front of the body. This was a holdover from days when the dashboard literally shielded the carriage from the horse and road splash. In more modern cars, the word “dashboard” is sometimes used interchangeably with the more correct term, “instrument panel,” q.v.

Dash-to-axle:The distance from the “dash” line or point to the front-axle centerline in side view. This is a crucial dimension in creating interchangeable body programs.

Daylight opening (or DLO): The perimeter of any car window, including the windshield and backlight.

Deck: The upper surface of the luggage compartment.

Deck (to): To clear the decklid of ornamentation.

Decklid: The lid of the luggage compartment.

Diecast (to):(See “Cast.”)

Diecasting: A part formed by pouring a molten metal alloy, often bronze or zinc, into a mold.

Die model: The master model, traditionally hand carved from mahogany that served as the final, correct guide for making sheetmetal stamping dies.

Di-Noc: A registered trade name by 3M for a thin, highly flexible, stretchable, paintable plastic film used to cover clay models to give them color and gloss. Di-Noc can be painted after adding an elasticizer. Painted, it’s usually soaked i n a hot-water solution to make it pliable. The name Di-Noc also refers to an ornamental film used in the a930’s through the early 1950’s to bond woodgrain and other ornamental patterns to garnish moldings, instrument panels, station-wagon exteriors, etc.

Disc wheel:A steel wheel whose center is stamped on one piece. (See also “Artillery wheel” and “Wire wheel.”)

DLO: Daylight opening, q.v. side window area.

Dogleg: An angled bend, often at the trailing edge of a window; also where the rear door curves around the rear wheelhouse of a four-door body style.

D-pillar:(See “A-pillar”.)

Draw depth: The depth to which a stamping press can push or fold a metal sheet or panel. Drip molding: The molding-like, U-shaped trough or gutter at the lower edge of the roof that catches rainwater and carries it away from the windows and doors.

Dutchman: On a sedan or coupe, the sheetmetal surface or panel between the backlight and the top edge of the decklid.

Eggcrate:A geometric, crosshatch pattern of squares or rectangles, usually used in reference to grille texture.

Elevation: As seen in front, rear or side views. A side elevation, for example, is a side view. (The plan or top view is not defined as an elevation.)

Envelope body: A car body whose sides have no visual or actual side-surface interruptions or breaks.

Escutcheon:An ornamental, protective plate or surround, like the bright, raised area around a keyhole.

Extrusion: A part, like a molding, formed by forcing or extruding the material through a shaped orifice.

“Eye envelope”: The oval area on an instrument-panel drawing that theoretically shows the range of human vision. The idea is to keep controls and gauges within the eye envelope.

Facelift: Design changes that make a familiar style or ornament look fresh and different. Fascia: The instrument panel (q.v.); usually British; also a flexible material that covers a bumper.

Fast:A word used to describe the angle or tilt of a windshield or backlight. The “faster” the glass, the more nearly horizontal it is. Its “fastness” is measured between zero degrees

(horizontal) and 90?(vertical); i.e. a 57?windshield is faster than one standing more upright at 80?.

Fastback: A body shape in which the roof slopes downward at the rear and blends into the deck or luggage compartment with no notch or visual break.

“Fease out” (to):To determine the feasibility or manufacturability of a design. This is usually an engineering function.

Fender: The panel or area over the wheel that constrains road splash at speed. (See also “pontoon fender” and “Suitcase fender.”)

Fender beading:(See “Beading.”)

Fender crown:(See “Crown.”)

Fender skirt: A panel or covering, usually of sheetmetal, that covers a wheel arch (q.v.) or fender opening.

Fender valance:(See “Valance.”)

Fillet (to):A concave, transitional surface that fills, mates or blends two intersecting surfaces.

Firewall:The vertical wooden or sheetmetal panel that separates the engine compartment from the passenger compartment.

Five-axis (milling machine):A milling machine that can be programmed not only to follow the conventional X-Y-Z axes but which also keeps the milling head perpendicular

(normal) to the surface at all times. These additional two “axes” are programmed into the computer as front-to-rear and side-to side instructions. (The concept of five actual axes is misleading; there are still only three.)

Flag:The triangular area of a car’s front door, just above the beltline and behind the A-pillar, to which the outside rearview mirror is often attached. The flag also shortens the front-door glass, allowing it to lower completely into the door.

Flange: A collar, rim or other body component that adds strength or provides a means of attaching another part.

Fome-Cor:A trade name for a material used in the designing of interior bucks and mockups. Fome-Cor typically consists of a 1/8 to _ inch sheet of Styrofoam sandwiched between two layers of heavy, white paper.

Frame-integral:Another term for “unitized body,” q.v.

Garnish molding (or garnish rail): Trim moldings on doors, usually to ornament interior window frames.

Gesture: When a vehicle has implied motion in its styling lines and shapes. Greenhouse: That part of the car body above the beltline that includes the roof, pillars and glass.

Grille: A perforated panel or area usually orn amented. (See also “Radiator grille.”) Ground clearance: The distance from the lowest point on the chassis, excluding wheels, to a level road surface.

Gutter:(See “drip molding.”)

Halo car: An automobile intended to stimulate interest in or lend prestige to an automobile line. Example: The viper is a halo car for Dodge.

Hard points: Specific locations, usually called out on a full-sized body draft, of points that have to be adhered to when designing surfaces. Hard points include axle centerlines, seats, pedal locations, roof and sill heights, luggage-compartment dimensions, etc. Hardtop or hardtop convertible: A body style that lacks B-pillars so that, although the roof is rigid (usually steel), it has the configuration of a convertible.

Header: The horizontal beam or structural member above the windshield.

Headliner or headlining: The inner trim lining of a car roof usually made from cloth and suspended by stiff, hidden wires. Late-model headliners are often molded from foam or cardboard and faced with fabric.

Highlight: Light that bounces noticeably off a peak or line or convex surface.

Hinge pillar: A body pillar to which door hinges are attached.

Hood:The openable covering over the engine compartment in a front-engined car, usually made of sheetmetal and hinged at the front, rear or sides.

H-point:The point, usually called out on a full-sized, side-view body draft, where the driver’s hip socket rests near the junction of the front-seat cushion and the seatback. Instrument panel (also “i.p.”): The board or metal panel ahead of the front seat that houses the gauges, controls and glove compartments. (See also “Dash” and “Dashboard.”) Kick panel: The protective interior panel ahead of the front door.

Line drawing: An outline sketch without shading or color.

L ip molding (also “wheel-lip molding”):Ornamental bright trim that outlines and visually reinforces a fender wheel cut.

Louver: A slit or narrow opening to let air, light or water in or out. Some louvers are hinged and adjustable.

Mathematical (or “math”) model:A computer model, based on an X-Y-Z coordinate system, of a surface or surfaces. (See “Scanner.”)

Metalflake paint: Paint that has tiny flakes, usually of bright aluminum, suspended in the liquid.

Mockup: A representation, usually of the final shape of a styled or engineered body. Can be made of wood, fiberglass, metal or any combination.

Molding: An applied, raised strip, sometimes to cover a joint between body panels or in later cars pressed in for ornamentation.

Monochromatic: Of a single color.

Monocoque: A type of body construction in which the skins are stressed to form part of the supporting structure.

Motif: A repeated pattern or theme.

Mule: A prototype car, usually built with new mechanicals under an old, cobbled body. Muscular:when a design mimics human and animal forms. The designs surfaces are handled in a way that has muscle-like definition.

Noble:When a vehicle overall aesthetic and proportions commands attention, suggest financial success and social distinction.

Notchback:A body style in which a relatively upright backlight joins a more horizontal rear deck, the join forming a notch.

Offsets: A numerical system of locating points (q.v.) along X-Y-Z axes (q.v.) on a 3D body surface.

Ogee: Any S-shaped curve.

One-off: A one-of-a-kind car, body style or body type.

Organic:when surfaces are made to blend together seamlessly. Forms that appear to have grown biologically.

Oscar:The name given by car designers to the 90th-percentile human form that determines standard interior and seating dimensions. Oscar can take the form either of an articulated plastic mannequin or a line-defined drawing in the CAD computer. Overcrown (to): To raise above the surrounding crowned surface.

Overhang:The amount of body/chassis structure, including bumpers, as seen in side view ahead of the front axle centerline and behind the rear axle centerline. “Package” (the):A drawing or series of specifications that tell where a car’s “hard points” (q.v.) are: locations of axles, running gear, seats, instrument panel, roof height, door sills, etc. The package is often determined by engineering, and the design staff has to make surface details conform to the parameters called for.

Peak: A sharp ridge stamped into a body surface, usually directed upward (See “Windsplit.”)

Pillar: An upright, usually structural body member that separates doors or windows. Pinstripe: A narrow applied or painted stripe, usually in a bright, contrasting color.

Plan view: As seen from the top.

Platform: The engineering bases for a car. The word is used both for the theoretical car during its planning stages and for the finished car as built.

Platform-team concept:The idea of developing a new car or car line by a multi-disciplinary product team. Instead of having each discipline (design, engineering, marketing, manufacturing, advertising, etc.) work separately and sequentially, the platform team comes together at the beginning and sees the car through from concept to showroom. The idea has long been used in Japan. Among the advantages: greater speed of development, better communications, and fewer procedural mistakes.

Points:Specific surface locations on an automobile body’s X-Y-Z axes, designated numerically. (See “Hard points.”)

Point taker:(See “Scanner.”)

Pontoon fenders: Rounded, tapered, teardrop-shaped fenders popular during the 1930’s. Prismacolor: A trade name for colored pencils commonly used by auto designers. Prototype:In automobile design, a realistic, sometimes running full-sized, three-dimensional representation of an entire car, usually made of wood, fiberglass, metal or a combination.

Proveout model: A model made to confirm that a drawing or numerical model appears as expected.

Pull cup: A handle or area of the door inner trim panel, often recessed into the armrest, used to pull the door shut.

Quarter panel: That part of a car bodyside comprising the rear fender from the rear door opening back.

Quarter window: A small, usually movable glass pane next to a larger window that allows the directing of air into or out of the cabin. Technically, the quarter window is in or behind the rear door, but the terms is also used to refer to the front ventipane (q.v.)

R&D: Research and development.

Radiator grille: The protective, often ornamented area or structure ahead of the engine radiator, usually at the front center of the body.

Radiator shell:An ornamental, conforming case that ensheaths the radiator. It’s often plated and has some form of grille or mesh over the front.

Rake (windshield or glass):(See “Fast.”)

Ramp angle:The angle of a driveway or ramp that can affect body overhang (q.v.). Overhang that’s too long or too low will scrape a sharply angled ramp when the car passes over it.

Rendering: A drawing or illustration that includes shading and detail.

Restrike: A term used in metalstamping. After a body part like a hood or fender has been pressed, a restrike—an additional stamping action—can change the original part so that it looks different or fits a different car.

Reveal:(See “Window reveal.”)

Reveal molding: The molding or trim surrounding or incorporated into a window reveal. Rocker (also “rocker panel”): The longitudinal sill along the bottom of the body, beneath the doors. On cars with runningboards, the rocker area covered the chassis frame. On more modern cars, it finishes the area below the doors.

Rocker molding: Ornamental trim fastened to the rocker panel.

Sail panel: The solid areas at the rear of the greenhouse that cover the C- or D-pillars and join the rear side windows to the backlight.

Scanner:An electronic machine that can take and record precise measurements of three-dimensional surfaces. Typically, a scanner has an articulated arm with a probe at the end that either physically touches the surface or “scans” it with a laser probe. The scanner, by assigning digitized numbers based on an X-Y-Z coordinate system and a zero point, forms a point-by-point mathematical model of the surface. (Also called “point taker” and “coordinate measuring machine.”)

Scoop: An open-fronted area of the body designed to let in air.

Seating buck: An accurate representation of the interior of a car, including seats, pedals, instruments, steering wheel, doors and floor. Some seating bucks are created to evaluate style; others can be used to prove out ergonomics, comfort, door openings, etc.

Section (to): To lower a car body by cutting a horizontal strip out of the sheetmetal all the way around and then rewelding the remated surfaces.

Section (in diagram form): representation of a body or part of a body as if it were cut and viewed at 90?.

Series custom: Custom bodies made up in small batches, usually ranging from five to 25. Also called “semi custom.”

Sightlines:Theoretical lines from the driver’s eyes to objects inside the car (instruments and controls) and also beyond or outside the car windows.

Sill: The longitudinal body rail below in the door openings and above the rocker (q.v.). Speed streaks: Pressed-in body moldings that represent trails of water swept back by the rush of wind at speed.

Spinner: The ornamental, usually raised or projecting center of a wheel, wheel covering or radiator grille.

Spline: A gently curved or arched surface. The word also refers to a long metal or wooden strip used to form a curve or arch.

Spoiler: A low wing, usually fixed to the top rear surface of the decklid. Its function on race cars is to reduce aerodynamic lift. In most production cars, the spoiler is ornamental. Subframe: A chassis structure bolted or welded to the front or rear underside of a unitized body (q.v.) that carries the engine and/or suspension.

Suitcase fender: A fender with a basically rectangular shape, although usually rounded along the leading edge. The suitcase fender was popular in the late 1930’s.

Surface plate: A large, precisely machined steel or granite plate that forms the base for making accurate dimensional body measurements.

Swage: A raised molding or windsplit (q.v.) used to stiffen a large panel of sheetmetal. Sweeps:Long templates, usually made of wood, metal or plastic, used for laying in different curvatures or radii to a full-sized drawing or clay model. Standard sweeps are numbered 1 through 100. Each sweep number represents a 1/8-inch rise in a 60-inch arc. (Example: a #8 sweep has an 8/8 or one-inch rise.) So-called “favorite sweeps” are also designated A through U. All sweeps are based on a chordal length of five feet. Sweepspear: A typically horizontal body ornamentation, usually with a kickup, often consisting of a bright, applied molding but sometimes also having a contrasting paint color outlined by and contained inside bright trim.

“Sweeten” (to): In design, to smooth and improve the aesthetic flow of a surface or line.

Tape drawing: Full-sized “drawings” of side and end car-body elevations made with long, thin strips of flexible adhesive tape. The tape—usually in rolls, black and about 1/8 inch wide—can be repositioned, so it’s handier than drawing with pencil or pen.

Template:A hard, cut-out representation of a body surface at a certain section. T aken vertically, templates are made on one side of a clay model to accurately reproduce sections either on the other side of the model or in a drawing.

Tension: A purposefully imperfect design feature. A conflicting set of themes combined to generate interest and controversy. When two surfaces meet in an unexpected wa y, or a detail is deliberately exaggerated the resultant aesthetic is some times at odds with the rest of the theme.

Theme: A loose design idea, usually in sketch or model form, that captures the essence of a project goal; that inspires and points toward further development.

Through fender: A front fender that flows back onto the door and sometimes beyond it, often to blend into or touch the applied (q.v.) rear fender.

Top boot: A covering over the lowered convertible top. Can be flexible (canvas or vinyl) or rigid (fiberglass or metal).

Tread: The distance, center to center, between both front or both rear tires (or wheels) of a car. Also called “track.”

Trim buck:Same as a “seating buck” (q.v.) but trimmed in fabric.

Tumblehome: The inward tilt or angle of the roof from the beltline up as seen in front or rear view.

Turn-under: The inward curvature of a car body below roughly mid door as seen in front or rear view.

Unitized body: A type of construction in which the frame and body form a single unit; also c alled “frame-integral”. (See “Monocoque.”)

Valance: A front-fender extension hanging down behind the wheel, intended to hide the undersurface and chassis.

Vee or vee angle: An angle shaped like the letter V.

Ventipane or vent pane: The small, hinged, front window behind the A-pillar that allows air to be directed into the passenger compartment. (See also “Quarter window.”)

Wheel arch: The fender cutout to the outside of each wheel.

Wheelbase: The distance between the front and rear axle centerlines.

Wheelcover:An ornamental, protective metal disc that covers an entire wheel, as opposed to a hubcap which covers only the center.

Wheelhouse: The bottom surface of a fender or the sheetmetal or plastic pan inside a fender.

Window regulator: The door mechanism that raises and lowers the glass.

Window reveal:An enframed window area in the door, usually recessed and often stepped, surrounding the side glass. (See also “Reveal” and “Reveal molding.”) Windshield rake or angle:(See “Fast.”)

Windsplit: A raised crease that runs longitudinally along a body surface, typically in the center of the hood, decklid or fender top. A windsplit is lower than a fin.

Windwing:Same as “quarter window,” q.v.

Wire wheel: A wheel with multiple, interlaced wire spokes and a steel rim. (See also “Alloy

wheel” and “Disc wheel.”)

Working drawings:The mechanical drawings used to complete the body engineering drafts.

Wraparound:A window or molding or surface that stretches partially around the body surface.

Zero line (horizontal): A locating line at the top of the chassis frame as seen in side view. Also called “waterline” and “datum line.”

Zero line (vertical): A locating line established at the front of the dashboard.

Zero point: A point that serves to locate all other parts and surfaces of the body. The zero point is often at the very center of the theoretical front axle, but it can also be ahead of the car to prevent minus numbers.

汽车英文术语的解释汇总

汽车专用术语大全 ?变速器 M(Manual):手动变速器 A(Automatic):自动变速器 A4:四速自动变速器 发动机 LLengtn:气缸排列法,代表直列。L4,直列4缸 V(6、8、12):即其气缸排列在两侧,成“V”字型,“6、8、12”表示气缸数量,V6表示“6缸V 型发动机”,其优点是发动机的布置紧凑,占用空间小。 DOHC:双顶置凸轮轴 OHC:顶置凸轮轴 EFI:燃油喷射 自动挡变速器 P挡:停车挡,在车子停放或完全静止时采用。 R挡:倒车挡,使用该挡时必须将车完全静止才能入挡,严禁在运动中由前进挡换入倒车挡,以防损坏齿轮。 N挡:空挡,车辆暂停使用,如等候红、绿灯。 D挡:行车挡。 2挡:中速挡,在雪地或市区等车速不高的情况下使用。 L挡:低速挡,用于爬斜坡或易打滑路面。 OD挡:超速挡,用于高速行驶情况 钢圈与车胎(Wheel rim, Tire) 轮胎面(Tire Tread) 指轮胎面接触在地面的部份,为防止打滑及散热起见,在轮胎面设置有许多花纹。 无内胎轮胎(Tubeless Tires) 轮胎内未配装内胎而此轮胎本身就有内胎构造,空气即充填在胎中,目前已普遍采用,取代有内胎的车轮。 内胎(Tire Tube) 以良质的橡胶制成,充填空气支持车重,配装在外胎内部,目前小轿车较少采用,而大客货车仍普遍用之。 轮胎尺寸(Tire Size) 轮胎尺寸印在胎壁上,表示方法有二种,即如34*7或7.50-20等表示之。前者为高压轮胎,后者为低压轮胎。另外也有许多记号,例如D用于轻型汽车,F用于中型汽车,G指标准型汽车,H、L、J是用于大型豪华及高性能汽车。如胎壁上加印个R,如175R13,表示轮胎是径轮胎,宽长175mm(6.9英吋),装在轮圈直径13英吋(330mm)在车轮上,一般也会刻上RADIAL字。 钢圈(Wheel Rim) 大多数车辆所使用的钢圈为钢材压制及焊接而成,目前的钢圈为钢材压制及焊接而成,目前的钢圈外环制造的很精确,以装配无内胎的轮胎。 铝合金钢圈(Alumminum-Rim) 质轻,加工容易,是一体铸成,不易变形,外观多变化,目前多采用,有省油,导热性良好,强度分布均匀,减少滚动噪音的优点。 轮胎平衡(Wheel Balance) 是前轮定位中,对轮胎的检查项目之一,轮胎若不平衡,会造成车辆行驶时,左右偏摆震荡上下跳动,方向盘摆震的现象,驾驶乘座极不舒适,必须配挂重铅块于钢圈的两侧,使之平衡。

汽车行业术语

TTO Tool Try-Out) 工装设备试运行DVP&R 设计验证计划与报告; PP Production Proveout 试生产 TR的意思是技术评审,是英语Technical Review的简写。 下面是某产品的技术评审点,供参考: TR1——概念阶段技术评审点:产品需求和概念技术评审(业务需求评审) TR2——计划阶段技术评审点1:需求分解和需求规格评审(功能需求评审,产品级规格) TR3——计划阶段技术评审点2:总体方案评审(系统设计,架构设计,概要设计) TR4——开发阶段技术评审点1:模块/系统评审(详细设计,BBFV测试结果) TR4A——开发阶段技术评审点2:原形机的质量SDV结果和初始产品的准备情况 TR5——开发阶段技术评审点3:初始产品的质量(SIT结果)(SIT Alpha测试技术评审) TR6——验证阶段技术评审点:发布评审(SVT Beta测试、制造系统验证等)

OTS=off tooling samples即全工装状态下非节拍生产条件下制造出来的样件,用于验证产品的设计能力 Eco 工程更改单 工程变更是用ECO。 ECO是Engineering change order 的简写,工程变更命令。 ECR是Engineering change request 的简写,工程变更要求。ECR工程变更需求(变更前) ECN是Eginneering change notice 的简写,工程变更通知。ECN工程变更通知(变更后) ECR工程变更需求(变更前)当工程资料使用者发现有资料有问题,需要请求变更该资料时候,填写该表格。工程部门会受理的。 ECO工程部门接受到ECR后,认为需要对给工程资料进行更改,就发出这份指令。相当于派工单。 ECN工程变更通知(变更后)当工程资料确定更改以后,用这份表单把更改后的资料发出去。其中包括如何贯彻更改的一些指令。譬如,对工装有没有 影响,在制品如何处理,还包括已经做好的产品甚至出厂交付产品如何处理等。

汽车专业术语讲解

汽车专业术语 功率Power P=W/t =UI功率是指物体在单位时间内所做的功。功率:越大转速越高,汽车的最高速度也越高,常用最大功率来描述汽车的动力性能。最大1马力等于0.735千瓦。(PS)或千瓦(kw)来表示,功率一般用马力扭矩Torque扭矩 是使物体发生转动的力。发动机的扭矩就是指发动机从:曲轴端输出的力矩。在功率固定的条件下它与发动机转速成反比关系,转速越快扭矩越小,反之越大,它反映了汽车在一定范围内的负载能力 最大扭矩Peak torque 扭矩是发动机性能的一个重要参数,是指发动机运转时从曲轴端输出的平均力矩,俗称为发动机的“转劲”。扭矩越大,发动机输出的“劲”越大,曲轴转速的变化也越快, 汽车的爬坡能力、起步速度和加速性也越好。扭矩随发动机转速的变化而不同,转速太高或太低,扭矩都不是最大,只在某个转速时或某个转速区间内才有最大扭矩,这个区间就是在标出最大扭矩时给出的转速或转速区间。最大扭矩一般出现在发动机的中、低转速的范围,随着转速的提高,扭矩反而会下降。扭矩的单位是牛顿·米(N·m)或 公斤·米(Kg·m) 发动机的最大扭矩与发动机的进气系统、供油系统和点火系统的设计有关,在某一转速下,这些系统的性能匹配达到最佳,就可以达到最大扭矩。另外,发动机的功率、扭矩和转速是相关联的,具体关系为:功率=K×扭矩×转速,其中K是转换系数。选择发 动机时也要权衡一下怎样合理使用、不浪费现有功能。比如,北京冬夏都有必要开空调,在选择发动机功率时就要考虑到不能太小;只是在城市环路上下班交通用车,就没有必要挑过大马力的发动机。尽量做到经济、合理选配发动机。 扭矩 发动机性能的一个重要参数 排量Swept volume :排量(Swept volume),液压传动专用术语,是指每行程或每循环吸入或排出的流体体积。. 通常排量大,单位时间发动机所释放的能量(即将燃料的化学能转化为机械能)大,也就是“动力性”好,就好像一个十多岁的男孩与一个健康的成年人相比,当然是成年人干体力活效率更高咯。所以那些越野车、跑车通常排量都相对较大。 活塞从上止点移动到下止点所通过的工作容积称为气缸排量;如果发动机有若干个气缸,所有气缸工作容积之和称为发动机排量。一般用升(L)来表示。发动机排量是最重要 的结构参数之一,它比缸径和缸数更能代表发动机的大小,发动机的许多指标都同排气量密切相关。 Vst=Vsi=(VstL-排量,i-气缸数,D-气缸直径mm,S-活塞行程) 上止点下止点)的距离和。即活塞行程:活塞运行在上下两个止点间

汽车造型设计说明书

汽车造型设计 学生姓名_________________________ 年级专业 _________________________ 学号__________________________ 指导老师__________________________ 甘肃农业大学工学院 ___年 _月

绪论 汽车造型设计是一门科学与艺术相结合的专业,它涉及到和那多门类的科学领域,如人机工程学、空气动力学、材料学、制造工艺学、经济学、商业心理学、环境学等。另外,造型中美的概念和时代感不是抽象的或固定的。它随着科学发展水平、物质条件、时间、人的审美调和和经济发展水平,而不断的演变。至于名族风格问题也是一样,它决不是一种固定形式所能表达的。 迈入2009回顾一百多年来汽车外观造型的变化才发觉汽车已经变了那么多。人们的用车习惯总是在不停的变化,以国内目前还不算成熟的汽车消费市场为例,从刚开始的崇尚实用为主,到如今的崇尚舒适;从完全摒弃两厢车到两厢车大行其道,汽车造型的发展也同时反映了当时的审美取向和实际要求。如今再来细细品味汽车造型走过的路程,也别有一番滋味。 汽车作为一种商品,它具有双重性,首先它是功能产品,具有满足行走和运载的使用价值,同时它具有艺术产品,有美的品质,在于其内外的形态给人们视觉和触觉上带来大的享受。向人们展示的就是它的外形,外形是否讨人喜欢直接关系到这款车子甚至汽车厂商的命运。汽车的外形设计,专业的说法叫做汽车造型设计,是根据汽车整体设计的多方面要求来塑造最理想的车身形状。汽车造型设计是汽车外部和车厢内部造型设计的总和。它不是对汽车的简单装饰,而是运用艺术的手法、科学地表现汽车的功能、材料、工艺和结构特点。汽车造型的目的是以美去吸引和打动观者,使其产生拥有这种车的欲

汽车专业术语解释大全

全球最详细汽车专业术语名次解释 4WD-四轮驱动系统 ABS-防抱死制动系统 A-TRC-车身主动循迹控制系统 Ap-恒时全*驱动 AS-转向臂 Az-接通式全*驱动 ASM-动态稳定系统 AYC-主动偏行系统 ADS-可调式减震系统 ADC-电子空气控制悬挂系统(奔驰) AIRMATICDC-(双操纵机构)电子控制空气悬(迈巴赫) ALS-自动车身平衡系统 ARS-防滑系统 ASF-全铝车身架结构(奥迪) ASL-排挡自动锁定装置 ASPS-防潜滑保护系统 ASR-加速稳定保持系统 ASS-自适应座椅系统 B-水平对置式排列多缸发动机 BF-钢板弹簧悬挂 BCM - 车身控制模块 BAS-制动辅助系统 CATS-连续调整循迹系统 CBC-转弯防滑系统 COMANDAPS-驾驶室管理和数据系统(迈巴赫) CVT-无级变速器 CVTC-无级变速控制机构 DATC-数位式防盗控制系统 DAC-下山辅助系统 D-柴油发动机(共轨) DD-缸内直喷式柴油发动机 DQL-双横向摆臂 DD-德迪戎式独立悬架后桥 DB-减震器支柱 DS-扭力杆 DAS-drive authorization system 行驶授权系统\也是一种自诊断系统

DSE-全面安全防护 DISTRONIC-车距控制系统(迈巴赫)DSTC-动态稳定循迹系统 Dynamic.Drive-主动式稳定杆 DLS-差速器锁定系统 DRC-动态行驶性能控制 DSA-动态稳定辅助系统 DSC-动态稳定制动系统 DOHC-双顶置凸*轴 ED-缸内直喷式汽油发动机 EGR -废气循环再利用 EAS-电控自动换档 EBA-电子控制制动辅助 EBD-电子制动力分配系统 ESC-能量吸收式方向盘柱 ESP-电子稳定程式 EST-电动换挡器 EPB-电控驻车制动系统 ES-单点喷射汽油发动机 EM-多点喷射汽油发动机 EPS-电控转向助力系统 EQR-电控快速倒档 ETC-电子节气门控制 ETS-电子循迹支援系统 E-Diff-电子差速器 FAP-粒子过滤装置 FCV-燃料电池车 FPS-防火系统 FF-前*驱动 FR-后*驱动 FB-弹性支柱 FSI-直喷式汽油发动机 Fi-前置发动机(纵向) Fq-前置发动机(横向) GOA-全方位车体吸撞结构 GF-橡胶弹簧悬挂 GAS-可变几何进气系统

汽车专业术语

汽车专业术语 功率:Power P=W/t =UI功率是指物体在单位时间内所做的功。功率越大转速越高,汽车的最高速度也越高,常用最大功率来描述汽车的动力性能。最大功率一般用马力 (PS)或千瓦(kw)来表示,1马力等于0.735千瓦。 扭矩:Torque扭矩是使物体发生转动的力。发动机的扭矩就是指发动机从曲轴端输出的力矩。在功率固定的条件下它与发动机转速成反比关系,转速越快扭矩越小,反之越大,它反映了汽车在一定范围内的负载能力 最大扭矩Peak torque 扭矩是发动机性能的一个重要参数,是指发动机运转时从曲轴端输出的平均力矩,俗称为发动机的“转劲”。扭矩越大,发动机输出的“劲”越大,曲轴转速的变化也越快,汽车的爬坡能力、起步速度和加速性也越好。扭矩随发动机转速的变化而不同,转速太高或太低,扭矩都不是最大,只在某个转速时或某个转速区间内才有最大扭矩,这个区间就是在标出最大扭矩时给出的转速或转速区间。最大扭矩一般出现在发动机的中、低转速的范围,随着转速的提高,扭矩反而会下降。扭矩的单位是牛顿·米(N·m)或公斤·米(Kg·m) 发动机的最大扭矩与发动机的进气系统、供油系统和点火系统的设计有关,在某一转速下,这些系统的性能匹配达到最佳,就可以达到最大扭矩。另外,发动机的功率、扭矩和转速是相关联的,具体关系为:功率=K×扭矩×转速,其中K是转换系数。选择发动机时也要权衡一下怎样合理使用、不浪费现有功能。比如,北京冬夏都有必要开空调,在选择发动机功率时就要考虑到不能太小;只是在城市环路上下班交通用车,就没有必要挑过大马力的发动机。尽量做到经济、合理选配发动机。 扭矩 发动机性能的一个重要参数 排量:Swept volume 排量(Swept volume),液压传动专用术语,是指每行程或每循环吸入或排出的流体体积。

汽车专业术语大全

汽车专用术语大全汽车专用术语大全((英文注释英文注释)) 1、 引擎系统引擎系统(Automotive Engine System)(Automotive Engine System)(Automotive Engine System) 燃烧室燃烧室(Combustion Chamber)(Combustion Chamber) (Combustion Chamber) 活塞到达上死点后其顶部与汽缸盖之间的空间,燃料即在此室燃烧。 压缩比压缩比(Compression Ratio)(Compression Ratio) (Compression Ratio) 活塞在下死点的汽缸之总容积除以活塞在上死点的总容积(燃烧室容积),所得的值就称为压缩比。 连杆连杆(Connecting Rod)(Connecting Rod) (Connecting Rod) 引擎中连接曲轴与活塞的连接杆。 冷却系统冷却系统(Cooling System)(Cooling System) (Cooling System) 可藉冷却剂的循环,将多余的热量移出引擎,以防止过热的系统。在水冷式的引擎中,包括水套、水泵、水箱及节温器。 曲轴箱曲轴箱(Crankcase)(Crankcase) (Crankcase) 引擎下部,为曲轴运转的地方,包括汽缸体的下部和油底壳。 曲轴曲轴(Crankshaft)(Crankshaft) (Crankshaft) 引擎的主要旋转机件,装上连杆后,可承接连杆的上下(往复)运动变成循环(旋转)运动。 曲轴齿轮曲轴齿轮(Crankshaft Gear)(Crankshaft Gear) (Crankshaft Gear) 装在曲轴前端的齿轮或键齿轮,通常用来代动凸轮轴齿轮,链条或齿状皮带。 汽缸体汽缸体(Cylinder Block)(Cylinder Block) (Cylinder Block) 引擎的基本结构,引擎所有的零附件都装在该机件上,包括引擎汽缸及曲轴箱的上半部。 汽缸盖汽缸盖(Cyli (Cyli (Cylinder Head)nder Head) nder Head) 引擎的盖子及封闭汽缺的机件,包括水套和汽门及冷却片。 爆震爆震(Detonation)(Detonation) (Detonation) 为火焰的撞击或爆声,在火花点火引擎的燃烧室内,因为压过的空气燃料混合气会自燃,于是使部份未燃的混合气产生二次点火(在火星塞点火之后),因而发出了爆声。

汽车行业常用术语(一)

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10) MRD Material Required Date 物料要求到厂日 11) OTT OK-TO-TOOL 可以开模 12) TKO Tooling-Kick-Off 工装启动 13) OEM original Equipment Manufacturer 设备最初制造厂 14) FtF/F2F Face To Face 面对面会议 15) PV Production Validation 产品验证 16) OTS Off-Tooling-Sample 完全工装样件 17) QOS Quality Operating System 质量运作体系 18) TS-16949 Technical Specification – 16949 技术规范 -16949 19) AP Advanced Product Quality Planning 先期产品质量计 划 20) IPD In Plant Date 进厂日 21) PPM Parts per Million (applied to defective Supplier parts) 零件的百万分比率(适用于供应商不合格零件)

汽车造型设计

汽 车 造 型 设 计 天津工程师范学院 汽车工程系汽修0502班 李召(21号)

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型已成为汽车产品竞争最有力的手段之一。 汽车造型是汽车设计的先行环节之一,也是汽车设计的重要组成部分。在汽车总布置和车身总布置设计完成以后,汽车的尺寸和基本形体就基本可以确定,接着要进行汽车造型。汽车造型是在基本形体的基础上构造曲线,曲面和装饰件等,也就是赋予汽车具体的形象。 汽车造型不是那种可有可无的简单附属性美化工作,而是极具特色的综合创作,是科学技术与艺术高度融合交织的结晶。在汽车造型设计的过程中,既要考虑结构,性能,制造工艺等科学技术因素,也要考虑美学因素和社会因素,需要加以综合分析,权衡各种因素的作用和影响。 作为世界第一商品的汽车,如同名牌时装的款式一样,无论其内在品质如何,给人的第一印象均来自于它的造型,造型是否讨人喜欢是购买者很重要的选择要素,也直接关系到这款车子甚至汽车商的命运。因此,汽车的造型设计至关重要,全球各大汽车企业在汽车造型方面倾注了大量人力财力,而汽车造型工作也都是由公司的最高层直接管辖的。 汽车造型主要涉及科学技术和艺术两大方面。设计师需要懂得车身结构、制造工艺要求、空气动力学、人机工程学、工程材料学、机械制图学、声学和光学知识。同时,设计师更需要有高雅的艺术品味和丰富的艺术知识,如造型的视觉规律原理、绘画、雕塑、图案学、色彩学等等。另外,汽车作为一种商品,设计师还要考虑成本和顾客的心理需求。设计师在精通这些知识的基础上,不断推陈出新(这是

汽车设计名词解释

1.整车整备质量:指车上带有全部装备(包括随车工具、备胎等),加满燃料、水,但没有装货和载人时的整车质量 2.质量系数:指汽车载质量与整车整备质量的比值 3.轴荷分配:指汽车在空载或满载静止状态下,各车轴对支承平面的垂直负荷,也可以用占空载或满载总质量的百分比表示 4.比功率:比功率Pb是汽车所装发动机的标定最大功率Pemax与汽车最大总质量ma之比 5.比转矩:比转矩Tb是汽车所装发动机的最大转矩Temax与汽车总质量ma之比 6.轮胎的负荷系数:指经总体布置计算后,汽车轮胎所承受的最大静负荷值与轮胎额定负荷值之比 7.离合器的后备系数:定义为离合器所能传递的最大静摩擦力矩与发动机最大转矩之比,β必须大于1 8.侧倾中心:汽车在侧向力作用下,车身在通过左、右车轮中心的横向垂直平面内发生侧倾时,相对与地面的瞬时转动中心 9.偏频:汽车悬架与其簧上质量所组成的振动系统的固有频率 10.悬架静挠度:指汽车满载静止时悬架上的载荷与此时悬架刚度之比 11.悬架动挠度:指从满载静平衡位置开始,悬架压缩到结构允许的最大变形时,车轮中心相对车架的垂直位移 12.钢板弹簧满载弧高:指钢板弹簧撞到车轴上,汽车满载时钢板弹簧主片上表面与两端连线间的最大高度差 13.减振器阻尼系数:在减振器卸荷阀打开前,其中的阻力F与减振器振动速度v 之比 14.转向器正效率:功率从转向轴输入,经转向摇臂轴输出所求得的效率 15.转向器逆效率:功率从转向摇臂轴输入,经转向轴输出所求得的效率 16.转向系角传动比:转向盘角速度与同侧转向节偏转角速度之比 17.转向器的传动间隙特性:各种转向器中传动副之间的间隙随转向盘转角的大小不同而改变,这种变化关系称为转向器传动副传动间隙特性 18.制动器效能:制动器在单位输入压力或力的作用下所输出的力或力矩 19.制动器的效能因数:在制动鼓或制动盘的作用半径上所得到的摩擦力与输入力之比 20.比能量耗散率:单位时间内衬片(衬块)单位摩擦面积耗散的能量 21.比摩擦力:衬片(衬块)单位摩擦面积的制动器摩擦力

汽车专用术语

汽车专用术语 乘用车(passenger vehicle) ●是在其设计和技术特性上主要用于载运乘客及其随身行李和/或临时物品的 汽车,包括驾驶员座位在内最多不超过9个座位。它也可以牵引一辆挂车。 乘用车涵盖了轿车、微型客车以及不超过9座的轻型客车。乘用车下细分为基本型乘用车(轿车)、多功能车(MPV)、运动型多用途车(SUV)、专用乘用车和交叉型乘用车。 轿车分级 ●按照中国大陆标准划分为:微型轿车(排量为1L以下)、普通级轿车(排量 为1.0~1.6L)、中级轿车(排量为1.6~2.5L)、中高级轿车(排量为2.5~4.0L)、高级轿车(排量为4L以上)。 ●目前流行的是德国分级方法,分为A、B、C、D级,其中A级车又可分为 Aoo、Ao和A等三级车,相当于我国微型轿车和普通型轿车;B级和C级分别相当于我国的中级轿车和中高级轿车;D级车是相当于我国高级轿车。

注:中国人偏爱大空间,实际轴距和排量均偏大 MPV ●MPV的全称是Multi-Purpose Vehicle,即多用途汽车。它集轿车、旅行车 和厢式货车的功能于一身,车内每个座椅都可调整,并有多种组合的方式,例如可将中排座椅靠背翻下即可变为桌台,前排座椅可作180度旋转等。近年来,MPV趋向于小型化,并出现了所谓的S-MPV,S是小(Small)的意思。 S-MPV车长一般在(4.2-4.3)m之间,车身紧凑,一般为(5—7)座。 SUV ●SUV的全称是Sport Utility Vehicle,中文意思是运动型多用途汽车。现在 主要是指那些设计前卫、造型新颖的四轮驱动越野车。SUV一般前悬架是轿车型的独立悬架,后悬架是非独立悬架,离地间隙较大,在一定程度上既有轿车的舒适性又有越野车的越野性能。由于带有MPV式的座椅多组合功能,使车辆既可载人又可载货,适用范围广。 皮卡(PICK-UP) ●又名轿卡。顾名思义,亦轿亦卡,是一种采用轿车车头和驾驶室,同时带有 敞开式货车车厢的车型。其特点是既有轿车般的舒适性,又不失动力强劲,而且比轿车的载货和适应不良路面的能力还强。 交叉性乘用车 ●在中国特指微客(小VAN),俗称面包车。所谓的VAN就是指封闭的箱式 货车。从全球看,微客(小VAN)市场主要集中在欧洲、日本、中国和印度等局部地区。微客(小VAN)产品在日本和西欧尽管产品消费功能需求演变过程不同,但最终都是以商·家兼用功能需求为主导,并且乘坐舒适性和

汽车基本术语一

汽车基本术语一 基本参数 车身长/宽/高 车长(mm): 是垂直于车辆纵向对称平面并分别抵靠在汽车前,后最外端突出部位的两垂面之间的距离,简单的说是汽车长度方向两极端点间的距离。 车宽(mm): 汽车宽,是平行于车辆纵向对称平面并分别抵靠车辆两侧固定突出部位的两平面之间的距离,简单的说是汽车宽度方向两极端点间的距离。 车高(mm): 汽车高,是车辆支承平面与车辆最高突出部位相抵靠的水平面之间的距离,简单的说就是从地面到汽车最高点的距离。 排量: 活塞从上止点移动到下止点所通过的空间容积称为气缸排量,如果发动机有若干个气缸,所有气缸工作容积之和称为发动机排量。

功率: 功率是指物体在单位时间内所做的功。功率越大转速越高,汽车的最高速度也越高,常用最大功率来描述汽车的动力性能。最大功率一般用马力 (PS)或千瓦(kw)来表示,1马力等于0.735千瓦。 发动机型式: 指动力装置的特征,如燃料类型、气缸数量、排量和静制动功率等。装在轿车或多用途载客车上的发动机,都按规定标明了发动机专业制造厂、型号及生产编号。最常见的是按照发动机的排列及缸数进行分类,有W型12缸发动机、V型12缸发动机、W型8缸发动机、V型8缸发动机、对置6缸发动机、V型6缸发动机、直列5缸发动机和直列4缸发动机。 扭矩: 扭矩是使物体发生转动的力。发动机的扭矩就是指发动机从曲轴端输出的力矩。在功率固定的条件下它与发动机转速成反比关系,转速越快扭矩越小,反之越大,它反映了汽车在一定范围内的负载能力。

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