Static and vibrational finite element simulations of the pilotless airplane Simulation of experimental impact strength determination Cracks propagation in materials Modeling of 3D nanostructured materials – nanocrystal  cuprum Computer simulations of planet system formation Vibrational boring simulation Vibrational processing of dry substances
 
About DMM Laboratory

Discrete Models in Mechanics laboratory carry out simulations of mechanical effects in all fields of mechanical engineering.

Our activities:
  • Mechaincs of deformable solid bodies, mechanics of structures and machines, mechanics of composite structures;
  • Modeling of the mechanical and thermomecahnical properties of materials (metals, composites, nanostructured materials);
  • Finite Element methods, Molecular Dynamics and Particle Dynamics methods;
  • Development of the effective methods for simulating plasticity and fracture;
  • Direct mathematical and computer modeling, high-performance finite element computations and computer-aided engineering;
  • Description of the macroscopic properties of materials on the base of their microscopic structure;
  • Classical and non-classical computational mechanics methods.

Our partners are russian leading experimental laboratories, Institute for Problems in Mechanical Engeneering of RAS and Joint Supercomputer center for large-scale computations.
Our parthners are also

Univercity of Aberdeen, Great Britain University of Aberdeen, Great Britain, Department of Engineering, head Prof. Marian Wiercigroch;
Sevilla University, Spain Sevilla University, Spain, Department of Electronics and Electromagnetism, head Prof. Antonio Castellanos;
Martin Luther University, Germany Martin Luther University, Germany, Halle-Vittenberg, Faculty of Mechanical Engineering, dean Prof. Holm Altenbach.
Additional links

Photomechanics, 3D-photo equipment PhotoMechanics - equipment for 3D-photo
 
Contact with us by e-mail:     Saint-Petersburg, Russia