Homework answers / question archive / Question below, I did my best to do it, I think it's not perfect I need to redo or change it, For sure, it messing Total mass (is the mass of the pistons, plus rod, plus rings and wrist pin (bolt failure force), all provided

Question below, I did my best to do it, I think it's not perfect I need to redo or change it, For sure, it messing Total mass (is the mass of the pistons, plus rod, plus rings and wrist pin (bolt failure force), all provided

Unrecognized

Share With

Question below, I did my best to do it, I think it's not perfect I need to redo or change it, For sure, it messing Total mass (is the mass of the pistons, plus rod, plus rings and wrist pin (bolt failure force), all provided. I have all the information you need to do it; I need the plots too. (Check the attachment, the PowerPoint is my work; the other PDFs are the question and the data.). Q: Consider 3 classic Chevrolet Engines predict the redline RPM for each engine • 1968 302 in3, 5 L, Redline is 7000 rpm (Z-28 Camaro)(DZ block) • 1971 350 in3, 5.7 L (Z-28 Camaro,Corvette)Redline is 6500(LT-1) • 1970 454 in3, 7.4 L (Chevelle,Corvette)Redline is 5500(LS-6) • Assume that the pressure at TDC in all is 65 bar Show equations and calculations. Total mass is the mass of the pistons, plus rod, plus rings and wrist pin. Present results in a clear fashion and discuss Plot acceleration and speed vs crankshaft angle Suggestion: plot the forces on the rod bolts vs RPM with a horizontal line giving the rod bolt failure force.