搜索资源列表
SYSTireTestsys
- 一汽车整车模型,包括各个部分以及路面激励模型,用于轮胎的测试。-One completed automobile car model, whch includs each part ,road surface encourage models and test for the tire
MATLAB_xPCTPMS
- 本文采用科研领域广泛应用的、功能强大的MATLAB软件及其仿真工具箱Simulink、Real-time Workshop、xPCTarget研究开发了针丈接轮胎压力监测系统(TPMS)的数据采集与处理系统。 首先利用Simulink工具箱建立TPMS系统所需参数的处理方法仿真模型 然后构建了基于MATLAB/xPCTarget的硬件平台,并结合所建立的仿真模型完成了整个数据采集与处理系统的开发 最后,通过实车实验,实时地采集数据,对系统的采集和处理数据功能进行验证。-In this paper
tyre
- 轮胎力学特性,魔术公式,包含多个工况,可以修改参数,m文件-Tire mechanical characteristics, magic formula, contains more than one condition, you can modify the parameters, m file
3freedomnon-linemodel
- 采用非线性轮胎模型,用于汽车非线性运动分析和研究-Nonlinear tire model, used in linear motion analysis and research
dsfs
- 自动分检轮胎的字符预处理研究Automatic Pretreatment of characters in the tire inspection-Automatic Pretreatment of characters in the tire inspection
qiche
- 汽车振动自由度模型,汽车振动数学模型,k1f 前轮胎刚度 k1r 后轮胎刚度 mf前轮质量 mr后轮质量 kf前悬架刚度 kr后悬架刚度 cf前悬架阻尼 cr 后悬架阻尼 k 座椅刚度 c座椅阻尼 θ汽车俯仰角 m0汽车悬挂整体质量 m座椅质量 -Vibrational degrees of freedom vehicle model, mathematical model of vehicle vibration
work
- 轮胎六分力的模型的计算程序,可以计算轮胎侧偏刚度随着侧偏角的变化-many Abaqus example
cztmx
- 汽车ABS仿真abs又叫做防止刹车抱死系统。以往的刹车,通常是四轮同时有闸将轮胎抱死。达到减速停车效果。-Simulation of automotive ABS
wheelslipangle
- 电动汽车轮胎侧偏角simulink仿真模型,输入为汽车的前轮转向角、汽车的横摆角速度、汽车的纵向速度和横向速度。-Simulink simulation model of the electric vehicle tire slip angle, enter the car' s front wheel steering angle, yaw rate of the car, the vehicle longitudinal velocity and transverse velocity
alph_Fy
- 通过“魔术公式”轮胎模型,确定轮胎侧偏力与侧偏角的关系。(Through the "magic formula" tire model, the relationship between tire cornering force and side deflection angle is determined.)
魔术公式轮胎模型
- 魔术轮胎模型在simulink中的应用。。。。。。。。。。。。(Simulink model of magic tire in MATLAB)
Chapter2_3_Pacejka89_Tyremodel
- 在进行车辆动力学仿真时,轮胎受力对汽车的平顺性、操纵稳定性和安全性起着重要作用。选择符合实际又便于使用的轮胎模型是建立车辆模型并进行动力学仿真的基础。(In the simulation of vehicle dynamics, the force of tire plays an important role in vehicle ride comfort, handling stability and safety. Choosing the tire model which is prac
lateral
- 魔术公式轮胎模型,侧向力出图,可调整轮胎刚度等参数。。。(magic tire model. matlab/simulink m. lateral model. magic tire model. matlab/simulink m. lateral model)
longitudinal
- 魔术公式轮胎模型,纵向力,可调整轮胎侧偏刚度和纵向刚度等参数。(magic tire model. matlab/simulink m. longitudinal model. magic tire model. matlab/simulink m. longitudinal model)
torque.m
- 魔术公式轮胎模型,运用m文件编写,可直接运行,轮胎侧偏刚度和纵向刚度可调节。(magic tire model. matlab/simulink m. torque model. magic tire model. matlab/simulink m. torque model)
coordinate.m
- 魔术公式轮胎模型,不同侧偏刚度,不同纵向滑移率下的轮胎纵横向力出图,m文件编写,可直接运行。(magic tire model. matlab/simulink m. coordinate model. magic tire model. matlab/simulink m. coordinate model)
pacjka5.2
- 基于Carsim的pacjka5.2轮胎模型,内嵌结合魔术公式,非常好用。(The pacjka5.2 tire model based on Carsim is embedded with magic formula, which is very easy to use.)
魔术公式轮胎模型
- 根据pacejka轮胎模型和魔术公式建立的横向纵向耦合控制,由matlab和simulink联合仿真,非常实用适合初学者
magic&dugoff轮胎simulink模型
- 搭建汽车操纵稳定性和平顺性仿真中常用的魔术轮胎和dugoff轮胎,整理到一个simulink文件中,两种轮胎的模型均已和carsim中的仿真结果进行对比和验证,精度较高。(The magic tire and Dugoff tire commonly used in vehicle handling stability and ride comfort simulation are built and sorted into a Simulink file. The two tire model
Pacejka89_Tyremodel
- Pacejka89轮胎模型/魔术轮胎模型,绘制多工况,包括纵向力、侧向力、回正力矩,参数可以修改(Pacejka89 tire model / Magic tire model, with multiple working conditions, including longitudinal force, lateral force and righting moment, and the parameters can be modified.)