Multiscale Computational Physics Lab






Welcome to Multiscale Computational Physics Lab

We develop fundamental theories and utilize simulation based experiments for different physical problems under different time/length scale and their applicaitons

The Multiscale Computational Physics Lab held by Professor James M. Chen is avtive in theoretical study and simulation based experiments of physical problems under different time/length scales. Current works focus on Coarse-Grain Molecular Dynamics (CGMD) Simulation, Atomistic Field Theory (AFT), nano-electrodynamics, multiscale fracture mechanics, generalized atomistic finite element method (GAFEM), computatinoal Micropolar fluid dynamics (CMFD) and biocontinuum mechanics. Please explore our website to learn more about us.


Feburary 10, 2012

Dr. Chen's manuscript entitled "Micropolar Theory of Flexoelectricity" is accepted for publication in Journal of Advanced Mathematics and Applications

August 15, 2011

Dr. Chen has arrived on Indiana University-Purdue University, Fort Wayne and found Multiscale Computational Physics Lab.

  • Research Position Opening

  • If you are interested in studying in one of our research topics, please feel free to contact Dr. Chen at No matter you are undergraduate, graduate or visiting scholarship, if you are interested in our works, our lab is always open to everyone.

  • Research Partners Collaboration

  • We are seeking partner working on fluid dynamics and multiscale/nano/micro mechanics. Interested candidates please contact James Chen


    For further information/inquiries, please feel free to contact the Lab Director

  • Prof. James M. Chen
  • Indiana University-Purdue University Fort Wayne (IPFW)
    College of Engineering, Technology, and Computer Science
    Department of Manufacturing and Construction Engineering Technology and Interior Design (MCET)
    ET 221M, 2101 E. Coliseum Blvd.
    Fort Wayne, IN 46805-1499
  • Phone: 260-481-6736
  • Email: