The Department of Aeronautical and AutomobilecorelabSem 3
SIMULATION LAB
AAE 3143
Syllabus
- 01Numerical Computation - Familiarization with MATLAB
- 02Representation of scalars
- 03vectors and matrices
- 04Basic 2D and 3D plot
- 05Locating the roots of equations
- 06Numerical differentiation and integration
- 07Solution of linear and non-linear differential equations
- 08Matrix factorization
- 09Curve fitting
- 10introduction to control system
- 11Stability analysis using Root locus
- 12Bode plot
- 13Nyquist plot
- 14Polar plot techniques
- 15Familiarization with SIMULINK
- 16Control system toolbox
- 17vehicle dynamics toolbox
- 18vehicle network toolbox
- 19communication toolbox
- 20automated driving toolbox
- 21Navigation Toolbox
- 22Mass-Spring-Damper Systems
- 23Suspension system modelling
- 24IC Engine modelling
- 25Cruise control
- 26DC Motor position
- 27Motor speed controller
- 28Introduction to electric and hybrid vehicles
References
- Robert J. Schilling and Sandra L. Harries, Applied Numerical Methods for Engineers using MATLAB and C, Thomson Learning Inc., 2000.
- Brian R Hunt, et al, Guide To Matlab: For Beginners And Experienced Users, Cambridge University Press, 2011.
- Fausett L.V, Applied Numerical Analysis Using MATLAB, Pearson Education, 2007.
Credits Structure
0Lecture
0Tutorial
3Practical
1Total