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Modelling of Mechanical States of Tribo-Fatigue Systems

Description

Analysis of the three-dimensional stress-strain state of complex engineering systems

Purpose
  • Boundary element and finite element modeling
  • Contact interactions in multi-element systems
  • Volumetric damageability under spacial stress-strain state
  • Propagation of crack-like damage
  • Wall friction caused by the motion of viscous fluid
  • etc
Experience in the calculation of tribo-fatigue systems
  • interaction of disk/tire/asphalt-concrete system elements
  • wheel/rail system: stress-strain state and volumetric damageability
  • rail corrugations - troppy phenomenon
  • harvester cutting unit as a multi-element system
  • stress state of the pipeline section conditioned by fluid flow wall friction, corrosion defects, internal pressure, ground and temperature
  • volumetric damageability of the rock massif in the neighborhood of the mining work
  • friction couple of the roller/shaft system
  • simulation of human dentoalveolar apparatus
Commercial offer

Conclusion of contracts for
  • modeling and analysis of complex engineering systems
  • testing materials on mechanical fatigue, friction and wear using SZ-01 experimental center
The results of scientific and practical research on tribo-fatigue and mechanothermodynamics, that represent new promising areas of physics, were presented on 12-13 June, 2017, at the International Exhibition-Conference in the Field of High Technologies “eMerge Americas in the USA, Miami, FL. A Memorandum on Cooperation was signed between the Electronic Circuit Design Laboratory of the University of New York in Buffalo and the Research Group on Thermodynamics and Tribo- Fatigue of the Belarusian State University.