problem statement is attached. Another pdf containing how the final
project should look like and what all it should contain is also
attached.
The computer program to write the code has to be written in MATLAB and
it needs to have the ode45 as specified. All plots and other details
that are required are in the second attached document. The format should
be as give in the requirements document.
ME 352 Spring 2013 Project 4 Abstract Introduction Analysis Procedure Preliminary Kinematics Force (F) on the piston using indicator diagram Power Equation ode45 implementation Flywheel Design Results and Discussion Tabulated Results Position variable(s) vs. theta2 First-order kinematic coefficient(s) vs. theta2 Second-order kinematic coefficient(s) vs. theta2 Force on the piston, F vs theta2 (0:15:720 deg.) PlotsForce on piston Response of the system 1 Force on piston = 0 lb theta2 vs time, theta2dot vs time 2 Force on piston = F lb theta2 vs time, theta2dot vs time 3 Initial idle speed > 30 rad/sec (force F on the piston) theta2 vs time, theta2dot vs time 4 Addition of flywheel (force F on the piston) theta2 vs time, theta2dot vs time 5 Peak pressure suddenly increased to 600 psi theta2 vs time, theta2dot vs time Interpretation and discussion of your results/plots Conclusions General Formatting and code
ScholarMatic: Explanation & Answer
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