Engineering Dynamics 2.0

Engineering Dynamics 2.0: Fundamentals and Numerical Solutions is a textbook by Lester W. Schmerr that addresses particle and rigid-body dynamics at an intermediate to advanced level. Published by Springer, the volume concentrates on obtaining equations of motion and solving them with numerical techniques.

The text combines Newton-Euler methods and Lagrangian analytical mechanics into a unified framework for solving dynamics problems. It makes extensive use of matrices to formulate system constraints and align with multi-body dynamics engineering tools.

Numerical simulations using MATLAB replace most traditional analytical exercises and homework problems. This computational structure supports undergraduate students, graduate students, and practicing engineers.