Question

I am studying the subject of Dynamics, and we use the book Engineering Mechanics of the same subject written by the author Hibbeler R.C in its twelfth edition. The teacher of the class left a problem to solve, he required that our analysis must use concepts from the book and from the Dynamics subject itself, in other words, it must be an analysis exclusively of the subject in question.

The engine parameters of a Camaro ZL1 are as follows:
Transmission: manual, 6-speed, rear-wheel drive
Gear ratio: 2.66 / 1.78 / 1.3 / 1 / 0.74 / 0.68 - 3.73 (differential)
Tires: 305 / 30R19 forward, 325 / 30R19 rear
Engine power and torque: 484.5 kW (650 hp) @ 6400 rpm, 881 N-m (650 lb-ft) @ 3600 rpm
6.2L V8 engine, 92mm stroke and 155mm cranks.

Calculate the angular speed and acceleration of the connecting rod, for different crankshaft positions, for a constant speed of 100 km / h

Please explain your STEP-BY-STEP procedure, as well as the screenshots pertaining to the Excel or Matlab you used.

It is necessary to include essential explanations of the theoretical foundations of dynamics that support its results.

TAKE INTO CONSIDERATION THAT THIS IS A PROBLEM TO EVALUATE THE KNOWLEDGE OF A DYNAMICS UNDERGRADUATE STUDENT, IT IS MEANT TO MEASURE OUR KNOWLEDGE REGARDING THE CHAPTERS 12. 15. 16 & 17 OF THE HIBBELER DYNAMICS BOOK. HENCE, THIS IS ALL THE INFORMATION YOU NEED FOR THE ANALYSIS.

Answer 1