Page 1 of 2 Final Exam You must use Matlab. Submit MLX and PDF files Description Design a two-stroke engine with a displacement of 0.25 liter. Use aluminum for the crank, rod, and piston. The crank...

I need in MATLAB


Page 1 of 2 Final Exam You must use Matlab. Submit MLX and PDF files Description Design a two-stroke engine with a displacement of 0.25 liter. Use aluminum for the crank, rod, and piston. The crank and conrod must have the shape shown. You need to provide the dimensions. Use the provided gas force. 1. Optimize the Conrad/crank ratio to a. Minimize shaking forces b. Minimize shaking torque c. Minimize pin forces d. Minimize form factor 2. Design link shapes and a. Calculate the masses b. Calculate the CG locations c. Calculate the moment of inertias 3. Table of dimensions, CG locations, Masses, moments of inertia, Design RPM, speed fluctuation coefficient, etc. 4. Reduce main pin forces and vibrations by a. Balancing the crank b. Overbalancing the crank Page 2 of 2 DELIVERABLE For your engine your MATLAB files must show the following figures with title and axis labels for 2 revolutions of the crank. 1. Piston x position 2. Piston velocity magnitude 3. Piston acceleration magnitude 4. Shaking force unbalanced 5. Inertia torque 6. Gas torque 7. Total torque 8. Total torque and mean torque 9. Total torque and mean torque when flywheel is added 10. Side wall force 11. Wrist pin force 12. Crank pin force 13. Main pin force 14. Shaking force balanced 15. Shaking force overbalanced Final Exam Description DELIVERABLE