calculate response of the system and verify in simulink .
$10-30 USD
Paid on delivery
1. A real life suspension setup for a single degree of freedom system going over a bump with a profile of your choice. The response of the body of the car could be analyzed by either the classic way (homogeneous and particular solution added together), or convolution method, and the result could be graphically verified by Simulink. or
2. A two degree of freedom system involving a towing object and a mass being pulled. Choose a determined displacement for the towing vehicle, and find the position of the object being pulled using the methods described in 1, and verify the results graphically again. or
3. Motion of a single or two degree of freedom pendulum (please note a higher DOF will receive a higher credit due to the time and effort it needs compared to a SDOF)
Project ID: #10413570
About the project
9 freelancers are bidding on average $120 for this job
Hi, I am a Mechanical engineer with masters degree in vibration and control, currently I am teaching statics and control courses in an Engineering University. I think I am a perfect person for this kind of job. Thanks.
PhD in mechanical engineering. Strong knowledge in vibration. Large experience in Matlab programming and simulation using SIMULINK. I have already done 2 of them. Please send a message back to establish details.
I am an Professional Engineer, I have strong expertise in it I have seen the requirements and understood it Please open chat window and discuss further, so to start and complete the project.
will give you a simulink model of all the systems. currently i m working on the second pendulum simulations and model on simulink. hope you will look into my details .
Hello, I have completed more than 400 projects and have over 160 positive reviews in my profile my other partner is a mechatronics engineer from a top engineering university in Pakistan. we can help you in your project More
Hi, Being an engineering graduate, this has been a part of my course syllabus. I have done several projects related to kinematics and dynamics of machines as well as vibrations. In addition to i have been using matl More