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santana car
    Fracture Analysis of Cushion Segments in SANTANA Car Clutch
    桑塔纳轿车离合器波形片断裂分析
    Study on the Hi-Energy Ignition System for Santana Car
    桑塔纳轿车用高能点火系统的探讨
    A Research on Dynamic Simulation for Stamping Forming of Santana Car's Roof
    桑塔纳轿车车顶冲压成形动态仿真
    Trouble Diagnosis of Santana Car by Data Flow Function of V.A.G1552 Measuring Apparatus
    利用V.A.G1552测试仪的数据流功能诊断桑塔纳轿车故障
    DESIGN OF INJECTION MOLD FOR SANTANA CAR BUCKLE LOCK
    桑塔纳轿车扣锁注塑模的设计
    Analysis and Design of Database System for Santana Car Insurance Estimation
    桑塔纳轿车车损理赔数据库系统的分析与设计
    Discussion on the Recipe of Interior Trims Film for Santana Car
    桑塔纳轿车内饰膜配方探讨(续)
    Dynamic display of nonlinear finite element analysis software L s-DYNA3D is applied to make analogue calculation on displacement,HIC indexes of SANTANA car driver seat safety belt system under the condition of direct front crash,±30° and other flank crashs. Comparison is made between these calculation results and relevant standards from FMVSS(Federal Motor Vehicle Safty Standard).
    应用动态显示非线性有限元分析软件Ls-DYNA3D对桑塔纳轿车驾驶员座椅安全带系统在正撞、±30°斜撞等几种情况下乘员的位移和HIC指标进行模拟计算,并与美国联邦机动车安全标准(FMVSS)的有关标准进行比较。
    Shanghai Santana car is fitted with the 185/70R13S84 tubeless tire. The advantages of the tireare: simple structure, lower rolling resistance and good safety, etc.
    上海桑塔纳轿车装用185/70R13S84无内胎轮胎,该轮胎具有结构简单、滚动阻力小及安全性好等优点。
    The results show that the performances can completely meet criterion SH0041-93.The CO and HC contents discharged from 330K8BLOL Santana car at the idle process are far less than the limit of criterion GB 14761.5—93.
    经过对型号为330K8BLOL桑塔纳轿车进行试车,该车排出废气中的CO和HC含量均远小于GB14761.5-93汽油车怠速污染物排放标准。
    SPRAY EQUIPMENT FOR PAINTING THE SHANGHAI SANTANA CAR
    上海桑塔纳轿车的喷漆装置
    Analyzing The Fitting Line of Santana Car Brake
    桑塔纳轿车制动器装配线分析
    China-made Oil Pipe for Plastics Oil-tank in SANTANA Car
    桑塔纳轿车塑料燃油箱油管的国产化
    COMPARING INVESTIGATION OF ASBESTOS-FREE DISC BRAKE PADS FOR SANTANA CAR
    桑塔纳轿车无石棉盘式刹车片性能对比研究
    Second, by means of the Desktop Virtual Reality system, OpenGL (Open Graphics Library) and Microsoft Visual C++6.O and Object-Orientated Programming, a software platform of the Virtual Experiment on Handling Behavior of vehicle is developed. The Virtual Experiment of Santana car 33OK8DLOLSD1 on Handling Behavior (the Pylon Course Slalom experiment and the Double Lane Change experiment) is carried out with the software platform. The Virtual Experiment can reappear the scenes of real experiment.
    然后,基于所设计的桌面虚拟现实系统(Desktop VR),笔者在Visual C++6.0和OpenGL环境下,用面向对象的技术开发了“汽车操纵稳定性虚拟试验平台”,并在该试验平台上进行了桑塔纳轿车(330K8DLOLSD1)操作稳定性典型路况(双移线、蛇行线)的虚拟试验(仿真试验)。
    By combining in two aspects of intimate knowledges both from the digestion and absorption of the manufacturing technologies for structure parts imported from KREBSOGE Sintering Steel Company in German, and from the national production and batch process for SANTANA car parts, the present paper offers the suggestions on the development of P/M mechanical parts in our country.
    本文结合对所引进的德国KREBSQGE烧结钢公司结构件制造技术的消化吸收和桑塔纳轿车零件国产化及其批量生产的体会,就发展我国粉末冶金机械零件的问题提出了建议。
    A mathematic model of random vibration for Shanghai SANTANA car is established. The model takes into account the vertical vibration, rolling and pitching of the car body, also considers the effect of the anti-roll bar. Using random vibration theory and dynamic optimization theory, the formula of optimal and quasi-optimal damping characteristic curves are Obtained.
    本文提出了轿车悬架最优减振特性的新概念,建立了上海桑塔纳轿车的随机振动模型,模型中考虑了车身质心垂直振动及侧倾与纵倾,还考虑了横向稳定杆的作用,利用随机振动理论和动态优化理论寻求该车的最优减振特性曲线和准最优减振特性曲线的表达式,为今后设计主动式悬架的调节特性提供了依据。
    Shanghai Yan Feng Automobile Interior Trimming Factory is one of the suppliers for Santana car. Its instrument panel, sun visor, steering wheel, seat cushion plastic foam, shifting handle supplied for Santana car has be examined and approved by SVW Quality Assurance System and reached B level.
    本文概述了上海延锋汽车内饰件厂为桑塔纳轿车国产化配套的情况,该厂为桑塔纳轿车配套的仪表板,遮阳板、方向盘,座垫泡沫芯、排档手柄经上海大众公司质保体系评审达到B级水平。
    The structure, working principle and control system of electronic fuel injection system for San-tana 2000 are briefly introduced in this paper. The performance comparative table between Santana car equipped with carburetor and with electronic fuel injection system is also given.
    本文概要介绍了上海桑塔纳2000轿车用电子控制汽油喷射系统的结构、工作原理和控制系统,并给出了上海桑塔纳轿车装化油器与装电子喷射发动机的性能比较表。
    Then the fluctuation pressure field produced by the side mirror of a Santana car was studied in wind tunnel experiments. The highest fluctuation pressure level had reached 132.5dB on the surface of the car body at a speed of 90 km/h.
    通过风洞试验研究了桑塔纳轿车后视镜产生的脉动压力场的分布情况,测出在相当于90km/h的车速下,作用在车身表面的脉动压力级最大处达132.5dB。
 

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