This book investigates the application of the Discrete Element Method (DEM) to simulate the behavior of nonspherical particles in granular and multibody systems. It addresses the challenges and advancements in modeling complex particle interactions, moving beyond simpler spherical approximations. The work is grounded in computational physics and engineering, providing a detailed exploration of the underlying algorithms and their practical implementation for various engineering applications.

The book is recognized as a technical resource for researchers and practitioners in computational mechanics and materials science. Its focus on nonspherical particles addresses a critical limitation in standard DEM simulations, offering advanced methodologies for more realistic modeling. The detailed algorithmic approach and practical examples suggest it is aimed at an audience with a strong background in numerical methods and physics.