Numerical modelling and simulation

The simulation, numerical analysis and finite element modelling of mechanical problems occurring in the development of engineering structures and equipment is a crucial task for today’s engineers. Using modern computer simulation and numerical modelling environments, remarkable savings can appear. We offer educational and research capacity and know-how in this ever more popular field based on decades of experience in higher education and cooperation with industry.

Competencies

• Strength analysis, finite element modelling and simulation
• Dynamic analysis, finite element modelling and simulation
• Numerical modelling and simulation of multi-field problems
• Numerical modelling and simulation of multi-body systems

• Strength analysis of engineering structures and equipment
• Dynamic analysis of engineering structures and equipment
• Finite element modelling and simulation of multi-field problems
• Numerical simulation of multi-body problems

• Numerical simulation environment on a high capacity workstation
• Abaqus Simulation System Educational/Research license
• Altair Hyperworks/Hypermesh Simulation System Educational/Research license
• SciLab Mathematical Simulation Program

• MOL Nyrt.
  Numerical simulation of geomechanical behaviour of non-convectional reservoir, finite element modelling of hydraulic fracture propagation
• Mátrai Erőmű Zrt.
  Strength analysis of bucket ladder excavator, development of new bucket using finite element modelling and simulation
• DKG EAST Olaj- és Gázipari Berendezéseket Gyártó Zrt.
  Strength and deformation analysis of industry size ball pivot with finite element method
• Mátrametál Kft.
  Computer aided modelling and finite element analysis of development of aerosol cans