Purpose and Scope:
Topics in the computational dynamics and multi-body system dynamics area include as follows: Theoretical, computational, and experimental methods; Novel formulations and algorithms for computation of kinematics and dynamics of rigid and flexible systems; Application of finite element and finite difference methods in dynamics; Numerical approaches in synthesis, optimization, and control; Parallel computations and software development. Topics in the nonlinear dynamics area include as follows: New theories and principles related to dynamical systems; Computational techniques for nonlinear systems; Dynamic stability, bifurcation, and control; Chaos, fractals, and pattern formation in physical and biological systems; System modeling, identification, and experimental methods; Frictional and discontinuous dynamical processes.
ASME`s Guide for Journal Authors
For more information, please visit our social media pages: the ASME Journal Program LinkedIn and the ASME Journals Twitter.
Please click here for LinkedIn: https://www.linkedin.com/company/asme-journal-program
Please click here for Twitter: https://twitter.com/ASMEJournals
2020 Reviewers of the year
Diversity and Inclusion
The Technical Committee on Publications and Communications endorses the commitment of ASME to support diversity and to create and ensure inclusive and ethical practices for publishing as well as the science and engineering professions.