We offer:

• static calculations with use of Finite Elements Method (FEM), including linear and non-linear models of materials,
• optimization of shape of spatial computational models (topographic optimization),
• thermal numerical calculation,
• numerical strength calculations of toothed gears,
• calculations of dynamic phenomena with material and geometrical non-linearity (contact effects)  included – impact loads, simulations of collisions,
• Multibody System (MBS) analyses, which enable to assess the kinematics and dynamics of multibody systems and to define the boundary conditions for FEM,
• verification and validation of computational models,
• creation of advanced Internet applications aiding engineering work,
• numerical calculations for visualization of accidents, damages of technical means,
• numerical calculations of flow of liquids and gases with use of Computational Fluid Dynamics (CFD) method, including multi-phase analyses.

Examples of the project within the virtual prototyping:

• Safe Trans Design (STD) modular system for shaping the safety during underground transportation
• Identification of dynamic loads acting on load-bearing components of suspended monorail tracks
• Dynamic loads acting on operators of suspended monorails
• Determination of coefficients of static stability of machines for the set operational and load conditions
• Strength analysis of the system for stabilization of angular gears

Contact:

Jaroslaw Tokarczyk, Ph.D. Eng.
Manager of the Laboratory of Virtual Prototyping Methods
phone: +48 32 2374419
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.