GrabCAD 模型信息
Vehicle suspension and steering and basic chassis parametric design · 模型 60845
Designing and implementation of Full suspension system design for: • Rear wheel (left) with double-wishbone and coil spring. • Rear wheel (Right) with McPherson and coil spring. • Rear anti-roll bar. • Front wheels dependent-suspension design (Front Axle approach) with leaf springs. Full steering system design Notes • All measurements depend on the vehicle chassis that’s located in the department workshop. • Assume any missing data. • Make a suitable bearing selection for all wheels. • Calculate the maximum force at braking or acceleration (0.5 g), cornering (R = 50 m), gradient road (15% downhill), banking (6o), and combined cases (2 cases). • Calculate the camber angle gain (using Inventor or MATLAB) for front wheels. • A full project report is required including all data and calculations. • Full Autodesk/Inventor assembly drawing files each suspension type. • Stress analysis and dynamic simulation are made for all parts using Autodesk/Inventor. The full Design files and calculations can be found in the (readme) file
- 格式
- Autodesk Inventor、Rendering
- 分类
- Automotive、Machine design、Miscellaneous
- 标签
- vehicle design、inventor、matlab、independent suspension、dependent suspension、anti-roll bar、control arm、front axle、leaf spring、strut、macpherson、double wishbone、dwb、steering、suspension、engineering、design、automotive
- 数据更新
- 2026-10-09T04:06:10Z
