In internal combustion engines, crankshafts turn in a wide range of angular velocities under the effect of impact forces coming from pistons by connecting rods. The crankshaft is very susceptible to the vibration due to forces applied on it. Therefore, it is necessary to study the dynamic behavior of the crankshaft.The purpose of this paper is the system identification by determining the modal model of a crankshaft with both theoretical and experimental methods. The crankshaft modeling and the modal analysis are performed in a finite element software. Then, results are validated by modal testing.
Estahri,M. , Ramezani,A. and Sakhaei,B. (2022). Analytical and Experimental Modal Analysis of Crankshaft, Flywheel and Pulley Set. The Journal of Engine Research, 24(24), 13-20.
MLA
Estahri,M. , , Ramezani,A. , and Sakhaei,B. . "Analytical and Experimental Modal Analysis of Crankshaft, Flywheel and Pulley Set", The Journal of Engine Research, 24, 24, 2022, 13-20.
HARVARD
Estahri M., Ramezani A., Sakhaei B. (2022). 'Analytical and Experimental Modal Analysis of Crankshaft, Flywheel and Pulley Set', The Journal of Engine Research, 24(24), pp. 13-20.
CHICAGO
M. Estahri, A. Ramezani and B. Sakhaei, "Analytical and Experimental Modal Analysis of Crankshaft, Flywheel and Pulley Set," The Journal of Engine Research, 24 24 (2022): 13-20,
VANCOUVER
Estahri M., Ramezani A., Sakhaei B. Analytical and Experimental Modal Analysis of Crankshaft, Flywheel and Pulley Set. Engine, 2022; 24(24): 13-20.
