torsion bar造句

• The only load to be applied to the torsion bar is the torque m at its ends .
  扭杆上的唯一载荷是扭杆两端的扭矩M。
• A torsion bar is used in a high load capacity truck
  扭力杆用于高承载量的卡车。
• Circular section torsion bar springs ; calculation and design
  圆截面扭杆弹簧.计算与设计
• The only load to be applied to the torsion bar is the torque m at its ends
  扭杆上的唯一载荷是扭杆两端的扭矩m 。
• Then the torsion bar spring according to the optimal match is design
  再由最优匹配刚度值设计出相应刚度的扭杆弹簧。
• Ensure the torsion bar is fitted in the correct position to prevent contact with the suspension frame
  确保扭力杆安装在正确的位置以防止与悬架摩擦。
• The connecting point for the push rod link to the torsion bars and dampers inside the chassis is now much higher
  在底盘内部，推杆与扭力杆和减震器的连接点现在高了很多。
• Shenyang auto sping factory is a large enterprise specialized in auto leaf spring , torsion bar and axle for light duty vehicle
  沈阳汽车弹簧厂是专业生产汽车钢板弹簧、扭杆弹簧的大型企业。
• The torsion bar spring is an important part in the suspension system and has the functions of force transfering impact alleciating and vibration attenuating
  扭力杆是汽车悬挂系统中一个重要的零件，起到传递力、缓和冲击与振动的作用。
• They also use longer torsion bars ( red arrows ) , which are covered by two vertical fins in the rear bodywork ( see previous engine cover drawing )
  车队亦换上了较长的扭力杆（红色箭头处） ，这些扭力杆被车体后方垂直的鳍所遮罩（见下方引擎外罩的插图） 。
• In this article the structure of torsion bar is introduced and a discourse on the design of torsion bar is made , torsion bar tilting mechanism of cab is also concisely described
  摘要介绍了驾驶室翻转扭杆的结构特点、设计计算，并对驾驶室翻转锁止机构进行了简要介绍。
• Furthermore , the paper particularly discusses the stress phenomena of the torsion bar spring under working condition in safety aspect , analyses the factors of influence and sets up the foundation for design
  此外，从行驶安全性的角度，详细探讨了扭力杆在工作时的应力问题，对影响因素进行了分析，为扭力杆的设计提供了参考依据。
• A finite element model for double wishbone suspension with twirl torsion bar of a 5 - axle heavy truck is established and a simulation is conducted , including the analyses on static stiffness and strength characteristics of the suspension
  摘要建立了某五轴载货汽车双扭杆双横臂悬架有限元模型，对各零部件之间连接关系进行模拟，在此基础上，对模型静态刚度和强度特性进行分析。
• In this paper , the author finds the inner relation between the torsion bar spring and the independent suspension system and understands how the torsion bar spring affects the functions of the independent suspension system . all that will redound to the performances amending of the independent suspension and the vehicle
  通过研究，作者明确了独立悬架与扭力杆的内在联系，认识了扭力杆在悬架中的功能特性及其影响规律，从而有助于对悬架系统性能的改善，整车综合性能的提高。
• Its invalidation of turning rupture leads to driving safety problems on the basis of research on the torsion bar spring in the suspension system , the paper finds the way to enhance the performance of the suspension system . the paper establishes the mathematical model of the double wishbone independent suspension , analyses the specific structure in theory , uses the softwares of adams and matlab to simulate the functions which are nearly similar with the actual working conditions . at the same time , the paper adopts the way of parameterized design , programs to adjust the system parameters conveniently and inducts the optimize design with the concrete targets to improve the suspension system performance
  本文的研究方法是通过建立扭力杆与独立悬架的数学模型，以理论分析为基础，结合具体的悬架结构，运用adams和matlab软件，对研究的对象进行仿真分析，使设计人员在近似真实的模拟条件下能够更好的对目标进行研究；同时，还引入了参数化的设计方法，通过编程，增加了人机交互式界面，可灵活的对悬架导向机构主要构件的空间几何尺寸进行动态调整；在优化设计过程中，针对汽车悬架运动学、动力学的特定要求，对具体的目标进行优化设计，从而获得良好的行驶平顺性和操纵稳定性。