空气弹簧

基于ADAMS的大型客车空气弹簧前悬架仿真分析与比较

Simulation and Compare of the Front Air Suspension of Large Passenger Car Based on ADAMS / CAR

日野RC420型客车空气弹簧的台架试验

A Bench Test of Air Suspension of HINO RC 420 Bus

胶囊容积计算宏应用于空气弹簧ANSYS多步分析

The capsule volume calculation applied for the air spring ANSYS step analysis

离散求和法应用于空气弹簧ANSYS多步分析

Apply scatter sum method to multiple steps analysis of an air spring by ANSYS

基于CAE技术的空气弹簧参数化设计

Parametric design of air spring based on CAE technology

空气弹簧静态刚度的CAE研究

Study on CAE of air spring static rigidity

基于REBAR模型的空气弹簧有限元分析

Finite Element Analysis of the Air Spring Based on REBAR Model

运用模糊控制，借助可编程控制器（PLC），实现了空气弹簧隔振系统姿态的自动控制。

Fuzzy control is used to realize the automatic control of posture of the air spring vibration-isolation system with the help of PLC .

介绍了空气弹簧的试验方法和试验装置，采用ANSYS对空气弹簧的静态试验进行模拟分析。

A method for testing an air-spring and tester were introduced . Then ANSYS was utilized to simulate the static test .

SYS系列空气弹簧的结构与检修

Structures , Inspection and Repair of SYS Series Air Springs

APDL实现空气弹簧静态试验仿真

Simulation of Static Test of Air-spring by APDL

TY（550）型空气弹簧静态刚度特性分析

Analysis of Static Spring Rate of TY_ ( 550 ) Type Airspring

SYS系列空气弹簧的开发和应用

Development and Application of SYS Series Air Springs

2m激光比长仪空气弹簧隔振平台自动监控系统

The Automatic Monitoring System for Air Spring Vibration Isolation Platform of Laser Interferometric Comparator with 2-meter Measurement Range

首先简要介绍了空气弹簧的传统设计方法和一些非线性问题，然后针对空气弹簧静态刚度的CAE研究进行了阐释。

Firstly introduced the traditional design method of air spring in brief , then described the study of CAE of the air spring static rigidity .

空气弹簧；帘线层；有限元分析；ABAQUS；灵敏度分析；

Air spring ; Curtain-line layer ; Finite element analysis ( FEA ); ABAQUS ; Sensitivity analysis method ;

空气弹簧在75kg空气锤隔振中的应用

Application of air spring to vibration isolation for an air hammer

介绍了近几年来SYS系列空气弹簧在运用过程中所发生的问题及检修方法。

Described are the problems appeared in operation of the SYS series air springs in recent years , as well as the inspection method .

25K（T）型客车用空气弹簧的结构与检修

Structure , Inspection and Repair of the Air Springs for 25K ( T ) Passenger Cars

取代了传统的螺旋弹簧，AIRMATICDC采用空气弹簧，并通过电子技术调节其软硬程度以适应行驶状况。

For instead of conventional coil springs AIRMATIC DC uses air springs which are made harder or softer by the electronics to suit the driving situation .

列举了空气弹簧ANSYS仿真过程中存在的一些问题和难点，针对空气弹簧分析过程中所存在的气压载荷问题，采取了多步分析的思路。

Has enumerated some questions and the difficulty which existed in the air spring ANSYS simulation process , in allusion to the barometric pressure load problem in view of the air spring analysis process , adopted many steps of analyses .

介绍不同类型的空气弹簧结构型式，利用有限元软件MSCMarc建立空气弹簧的有限元模型，并对其进行垂向特性的分析和计算。

The different structures of air spring are introduced . The finite element model of air spring is built by MSC Marc and the vertical characteristics of air spring is analyzed and calculated .

Marc对空气弹簧的非线性垂向刚度特性进行了数值模拟，分析了胶囊内压、帘线角、铺层厚度、帘布线层数对空气弹簧垂向刚度特性的影响。

Marc . The influence of several parameters such as inner pressure , angle of fiber , fiber layer number and fiber layer thickness on the vertical stiffness characteristic of the air spring is simulated and analyzed .

基于体积叠加法和离散求和法，采用APDL编写胶囊容积计算宏并用于空气弹簧的多步分析过程，成功地解决了多步分析过程中的气压载荷问题。

Respectively according to volume plus method and scatter sum method , capsule volume calculating macro was compiled in APDL and applied to the multiple steps analysis process , settling the air pressure load problem .

本文详细论述了空气弹簧悬架以及车辆动力学仿真技术在国内外发展、应用的历史及现状，概述了多体动力学理论，并介绍了基于该理论的ADAMS软件的主要模块和软件的特点。

The paper reviewed the development , present state of air suspensions and vehicle dynamics simulation technology in and aboard , summarized the multi-body dynamics theory , and introduced the main parts and characters of the software ADAMS , which based on the theory .

本课题通过应用ADINA非线性有限元分析软件对贵州前进橡胶有限公司生产的商用车自由膜式空气弹簧的静态垂直刚度特性进行了仿真分析。

In this paper , using nonlinear finite element analysis software ADINA , the static characteristic FEA model of the rolling lobe air spring produced by GuiZhou QianJin Rubber CO. , LTD is built .

首先，应用Pro／MECHANICAMotion建立了压力机曲柄滑块机构的多刚体动力学模型，对该机构进行了运动学和动力学仿真分析，并通过空气弹簧来平衡曲柄滑块机构的惯性力，提高滑块的工作平稳性。

Firstly , the multi-body dynamics model of the crank and slider mechanism was built up . The kinetic and dynamic simulation analysis was studied using Pro / MECHANICA Motion . The inertia force was balanced by air spring , which could enhance the stability of the slider .

以EQ6111型空气弹簧作为研究对象，改变空气弹簧帘布层的弹性模量和帘线角，然后用实验分析其在变形情况下的力学性能。

As an example , the type of EQ6111 air spring has been analyzed in its performance characteristics of deformation with variations in cord elastic modulus and cord angle .

概述了BG-102型分步投影光刻机减振台的空气弹簧和高度阀的结构和工作原理，同时介绍了有关技术参数设计。

The construction and working principle of air spring and height valve for vibration reduction table of the model BG-102 stepper is summarized in this paper , And also introducing the correlative design of technical parameter .

空气弹簧隔振器主动控制的鲁棒控制方法研究

Study on robust control of an air spring active vibration isolator