这是一个基于项目的课程，围绕双横臂悬架系统的设计展开，该系统是乘用车中最常见的前悬架配置。
悬架设计是车辆产品开发中的一项关键活动，本课程涵盖设计系统背后的设计方法和哲学。
涵盖的主题：
暂停的基础知识
4 连杆机构的运动学基础
双横臂系统的构建
设计过程和主要活动
项目演练
如何解读车辆规格并开始设计
在 3D 中设置重要点。
定位轮端
定位和设计悬架臂的球销和枢轴
定位转向点
定位减震器点
上控制臂设计及注意事项
下控制臂的设计及注意事项
设计计算和分析
乘车频率介绍
到达轮心率，然后是骑行率
计算骑行频率
以春季价格到达
设计弹簧和设置规格
阻尼器的设定规格
创建参数草图以模拟悬架关节运动学
在前视图中查找滚动中心位置
从弹簧中寻找侧倾刚度
寻找脚轮，主销倾斜，磨砂
悬挂构件受力分析
本课程将深入了解如何设计悬架系统并进行概念级分析以进行设置。
Language: English | Size: 1.24 GB | Duration: 3h 55m
What you’ll learn
How to design a suspension system from scratch
How to do design calculations related to Ride rate, spring , shock absorber
How to build up geometry in CAD from points
Requirements
A basic understanding of Automotive engineering fundamentals
Familiarity with CAD software – any . Autodesk Fusion 360 is used for this course
Description
This is a project based course which revolves around the design of a Double wishbone suspension system which is the most common Front suspension configuration in passenger vehicles.
Suspension design is a critical activity in Vehicle product development and this course covers the design methodlogy and philosophy behind designing the system .
Topics covered:
Basics of suspensions
Basics of kinematics of a 4 bar linkage
Construction of a double wishbone system
The Design process and major activities
Project walkthrough
How to decipher Vehicle specifications and start the design
Setting important points in 3D .
Locating the Wheel end
Locating and Designing Ball pins and pivots of suspension arms
Locating steering points
Locating Shock absorber points
Design of Upper control arm and considerations
Design of Lower control arm and considerations
Design Calculations and Analyses
Ride frequency intro
Arriving Wheel centre rate and then Ride rate
Calculating the Ride frequency
Arriving at the Spring rate
Designing the spring and setting specifications
Setting specifications for the damper
Creating a paramteric sketch to simulate suspension articulation kinematics
Finding Roll centre location in Front view
Finding Roll stiffness from springs
Finding Caster, King pin inclination , scrub
Force analyses of suspension members
The course will develop a deep understanding of how to design suspension system and do the concept level analysis to set it up .
Who is it for ?
– Automotive engineers already in the field and want to learn the suspension design
– Engineering students
– Automotive enthusiasts with automotive engineering knowledge
This is a workshop/ practical course . The best learning is when you actually attempt to design as per the walkthrough.
Who this course is for:
Automotive engineers
Engineering students
Automotive enthusiasts
原创文章，作者：steven，如若转载，请注明出处：https://rr3d.cn/19472.html
