Question 1 (10 marks) Analyze and critically evaluate a stochastic process in traditional mechanics, physics and enginee

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Question 1 10 Marks Analyze And Critically Evaluate A Stochastic Process In Traditional Mechanics Physics And Enginee 1 (72.51 KiB) Viewed 16 times

Question 1 (10 marks) Analyze and critically evaluate a stochastic process in traditional mechanics, physics and engineering. Hint; you can explain in bacterial infection, virial infection, covid infection, covid mutation, financial market prediction, mechanical system analysis, control system or control engineering. QUESTION 2 (10 marks) Explain, analyze and show plotted curves of five physical deterministic model in traditional physics and relate the deterministic models to a real world mechanical system. QUESTION 3 (10 marks) Explain and analyze any five mathematical deterministic models in traditional mathematics and relate the deterministic models to a real world mechanical system. QUESTION 4 (70 marks) In recent years, Mechanical engineers are becoming physics since a good mechanical engineer must conceptualize, model, optimize, design, develop and simulate a mechanical system performance and efficiency before the system is physically design. Imagine that, you are an engineer in Transnet controlling an anatomy of steam locomotive and a mechanical failure is reported in the Axle Box. This is due to material fatigue that led to cracks that Propagates. As a young engineer you have to study the "Crack Propagation Modeling in the Axle Box". Hint; Model the physical system and show all steps and assumption in your modelling process. Note: Engineering Equation Solve Simulation will be done in the next assessment.