ABSTRACT:This paper introduces the

ABSTRACT:This paper introduces the air suspension system, including its components and its characteristics, then the paper introduces the dynamics model of air suspension system. With the consideration that the air spring is nonlinear, that has great influence on the simulation accuracy, so the paper uses modeling and experiment to verify the nonlinearity of air spring. Then the paper introduces air suspension control algorithm and air suspension hardware in the loop simulation, with detailed explanation... 更多<br>KEYWORDS:Trucks; Product design; Bicycles; Simulation; Vibration; Software; Air bags; Numerical analysis; Experiments; Rubber; Data processing; Roads & highways; Control algorithms; Data acquisition systems; Hydraulics; Load; Test systems; Methods;<br>JOURNAL:Sensors & Transducers<br>SOURCE:ProQuest期刊<br>YEAR:2013<br>PAGES:609-617

文：本文介绍了空气悬架系统及其部件及其特点，并介绍了空气悬架系统的动态模型。考虑到空气弹簧是非线性的，对仿真精度有较大影响，因此本文采用建模和实验来验证空气弹簧的非线性。然后在环仿真中介绍了空气悬架控制算法和空气悬架硬件，并作了详细的说明。·<br>关键词：卡车;产品设计;自行车;模拟;振动;软件;气囊;数值分析;实验;橡胶;数据处理;道路和高速公路;控制算法;数据采集系统;液压系统;负载;测试系统;方法;<br>产品：传感器和传感器<br>来源：ProQuest*<br>年份：2013<br>页数：609-617

文摘：介绍了空气悬架系统的组成及其特点，介绍了空气悬架系统的动力学模型。考虑到空气弹簧是非线性的，对仿真精度有很大的影响，本文采用建模和实验的方法对空气弹簧的非线性进行了验证。然后介绍了空气悬架控制算法和空气悬架半实物仿真，并对仿真结果进行了详细说明。更多<br>关键词：卡车；产品设计；自行车；仿真；振动；软件；气囊；数值分析；实验；橡胶；数据处理；道路与公路；控制算法；数据采集系统；水力学；载荷；测试系统；方法；<br>轴颈：传感器和传感器<br>资料来源：Proquest期刊<br>年份：2013<br>页码：609-617<br>