Reference no: EM132488084

7AAD0054 - Automotive dynamics and safety - University of Hertfordshire

Automotive dynamics and safety - Quarter car modelling

Abstract
A concise and factual abstract is required. The Abstract should be informative and completely self-explanatory, briefly present the topic, state the scope of the modelling, indicate significant data, and point out major findings and conclusions. Abstract maypresent separately from the article, so it must be able to stand alone.

Problem description
In this section you should provide a detailed description of the problem under investigation. Subsequently, this should include a schematic of the model, plus a description and justification of the boundary conditions used.

Methods on proposed solution
In this section, you should provide detailson following Parts as appreciated. You need to produce enough evidence confirming the convergence of any theoretical calculation with computer simulation.

Part 1: Theoretical modelling
a) Perform free body diagram (FBD) of the system in full detail
b) Deliver equation of motions for the system and find the responses
c) Calculate outcomes e.g. frequencies, displacements and accelerations considering your individual data

Part 2: MATLAB simulation
a) Create a MATLAB program
b) Illustrate the simulation toolbox
c) Plot resultse.g. frequencies, displacements and accelerations considering your individual data

Part 3: Educational video
a) Create a video/animation to show the stages of Part 1 solution
b) Must add your SRN to validate the originality of the video
c) Reinforcing the video using text or technology will be appreciated

Attachment:- Automotive dynamics and safety.rar