Multibody dynamics is a multidisciplinary science involving classic analytical mechanics, computational mechanics and structural mechanics. Its unique dynamic modeling and numerical calculation methods provide powerful theoretical tools and technical support for the dynamic performance evaluation and optimization design of a large number of mechanical systems in the fields of machinery, aerospace, weapons, robots and so on. At the same time, with the rapid development of those fields, the emerging new and difficult problems also provide a rich research background for the subject of multibody system dynamics itself.

   The technical sessions will cover a variety of topics, including but not limited to:

    Flexible Multibody Systems;
    Structure Vibration and Control;
    Nonlinear Dynamics Modeling;
    Contact, Friction, and Collision;
    Constraints and Geometric Mechanics;
    Dynamics and Control in Aerospace;
    Robot Dynamics and Control.

Hosted by:

      Multibody dynamics professional Group, Aerospace Dynamics and Control Professional Group and Analytical Mechanics Professional Group in Chinese Society of Theoretical and Applied Mechanics.

Organized by:

      Qingdao University of Technology

      Peking University

      Beijing Institute of Technology 

Supporting Journals:
      Multibody System Dynamics
      Theoretical Applied Mechanics Letters