koushik123
Automotive
- Dec 28, 2013
- 11
Hello everyone
I have just started a new project on my own.Though there are numerous softwares to carry out suspension geometry analysis I always had an interest to do the same using matlab.
Project Goal :
To carry out suspension geometry analysis using MATLAB for an open wheeler car.The intention of doing this project is basically to understand the underpinnings of mathematics and physics involved in suspension analysis.As solvers like ADAMS are like one inputs the values,simulates and gets the output.Whereas in Matlab the m-code programming will let one understand all the concepts involved behind.
The analysis will include.
Camber gain as a function of wheel travel (-50 to + 50 mm wheel travel)
Toe change as a function of wheel travel (-50 to +50 mm wheel travel)
Roll center movement, front and rear
Instantaneous center
Caster angle
Anti-squat and anti-pitch
Bump steer
Cornering stiffness
Haves :
Pick up points
Damper and spring parameters
Tyre parameters
Anti roll bar data
Steering data and all other relevant data.
Question :
I am a beginner in Matlab and I would like to know how to approach this problem.
All your guidance and suggestions are welcome.
-----Known is a drop unknown is an ocean-----Explore the unknown till last breath------
I have just started a new project on my own.Though there are numerous softwares to carry out suspension geometry analysis I always had an interest to do the same using matlab.
Project Goal :
To carry out suspension geometry analysis using MATLAB for an open wheeler car.The intention of doing this project is basically to understand the underpinnings of mathematics and physics involved in suspension analysis.As solvers like ADAMS are like one inputs the values,simulates and gets the output.Whereas in Matlab the m-code programming will let one understand all the concepts involved behind.
The analysis will include.
Camber gain as a function of wheel travel (-50 to + 50 mm wheel travel)
Toe change as a function of wheel travel (-50 to +50 mm wheel travel)
Roll center movement, front and rear
Instantaneous center
Caster angle
Anti-squat and anti-pitch
Bump steer
Cornering stiffness
Haves :
Pick up points
Damper and spring parameters
Tyre parameters
Anti roll bar data
Steering data and all other relevant data.
Question :
I am a beginner in Matlab and I would like to know how to approach this problem.
All your guidance and suggestions are welcome.
-----Known is a drop unknown is an ocean-----Explore the unknown till last breath------