DD6129K30大型旅游客车的设计与开发

介绍了DD6129K30大型旅游客车的设计原则及主要技术参数,详细地阐述了车身设计、底盘设计、安全性设计过程及设计特点。     

Analysis of vehicle rollover dynamics using a high-fidelity model

Recent data show that 35% of fatal crashes in sport utility vehicles included vehicle rollover. At the same time, experimental testing to improve safety is expensive and dangerous. Therefore, multi-body simulation is used in this research to improve the understanding of rollover dynamics. The majority of previous work uses low-fidelity models. Here, a complex and highly nonlinear multi-body model with 165 degrees of freedom is correlated to vehicle kinematic and compliance (K&C) measurements. The Magic Formula tyre model is employed. Design of experiment methodology is used to identify tyre properties affecting vehicle rollover. A novel, statistical approach is used to link suspension K&C characteristics with rollover propensity. Research so far reveals that the tyre properties that have the greatest influence on vehicle rollover are friction coefficient, friction variation with load, camber stiffness and tyre vertical stiffness. Key K&C characteristics affecting rollover propensity are front and rear suspension rate, front roll stiffness, front camber gain, front and rear camber compliance and rear jacking force.     

大客车除霜器安装使用方面的问题分析与探讨

简要介绍大客车用除霜器的结构、原理及用途，根据在安装使用中出现的一些问题进行分析和探讨。     

公路客车全承载底架模块化设计

分析了底架特性及底架接口，阐述了底架模块划分、设计要点及模化设计结果。     

客车前后顶三维造型设计及模型模具制作

简述利用UG软件进行客车前后顶的三维造型设计模型制作和模具翻制。     

Integration of vehicle yaw stabilisation and rollover prevention through nonlinear hierarchical control allocation

This work presents an approach to rollover prevention that takes advantage of the modular structure and optimisation properties of the control allocation paradigm. It eliminates the need for a stabilising roll controller by introducing rollover prevention as a constraint on the control allocation problem. The major advantage of this approach is the control authority margin that remains with a high-level controller even during interventions for rollover prevention. In this work, the high-level control is assigned to a yaw stabilising controller. It could be replaced by any other controller. The constraint for rollover prevention could be replaced by or extended to different control objectives. This work uses differential braking for actuation. The use of additional or different actuators is possible. The developed control algorithm is computationally efficient and suitable for low-cost automotive electronic control units. The predictive design of the rollover prevention constraint does not require any sensor equipment in addition to the yaw controller. The method is validated using an industrial multi-body vehicle simulation environment.     

中国客车内饰技术现状分析

介绍目前中国客车内饰的发展情况;根据笔者观点,首次将当今中国客车内饰风格分为三大系列,并简要分析其各自特点。同时还介绍一些内饰设计持续改进的方法。     

国际客车市场分析与我国客车出口现状

从出口战略的角度对当前国际客车市场形势和中国客车出口现状进行分析。     

陕西、山西、内蒙三地客车市场调查及其未来发展趋势分析

通过对陕西、山西、内蒙三省、自治区客车市场的调研,着重介绍上述地区客车市场的现状及未来发展趋势。     

大中型客车产量、节拍、工位、员工数量的关系

阐明大中型客车产量、节拍、工位、员工数量之间的关系。