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Peter the Great St. Petersburg Polytechnic University Computer-Aided Engineering Centre of Excellence (CompMechLab®) is Russia’s unrivaled leader in performing unique contract R&D for the world’s largest high-technology companies and in educating the next generation of industry-ready engineers.
CompMechLab® is a team of 100+ highly-skilled engineers led by Prof. Alexey Borovkov, Ph.D., SPbPU Vice-Rector for Advanced Projects; Scientific Director, SPbPU Institute of Advanced Manufacturing Technology; Founder & Head, SPbPU Computer-Aided Engineering Centre of Excellence (CompMechLab®); Member, Advisory Council on Engineering and Industrial Design at the Russian Ministry of Industry and Trade; Co-Chairman, Working Group on Advanced Manufacturing Technologies in the framework of the National Technology Initiative (NTI, Russia’s nationwide private-public effort to create fundamentally new markets and ensure technological leadership by 2035).
CAD Development: Package & Concepts; Body-in-White; Doors/Lids/Gates; Interior; Exterior; Roof Systems; Chassis Underframes.
CAE Fields: Strength and NVH; Crash Performance and Vehicle Safety; Occupants Protection; CFD External/Cooling/Air Conditioning; Pedestrian Safety; Thermomechanical Analysis; Fatigue Resistance and Lifecycle; Vehicle Dynamics; Formability/Casting.
Test Laboratories: Material Testing; Calculation of Material Properties and Advice on Materials; Material Cards for CAE; Spot and Laser Welding.
Prototyping: Exterior Parts; Interior Parts; Door/Bonnet/Trunk Mechanics; Composite Panels (Glass-fiber/Carbon-fiber).
NUCLEAR & POWER ENGINEERING
Static and Dynamic Strength Analysis; Vibration Analysis; Electromagnetic Analysis; Thermal Analysis; Coupled-Field Analysis; Fatigue Analysis.
CHEMICAL, OIL & GAS ENGINEERING
Thermomechanical Simulation; CFD Analysis of Pump Impeller; Vibrations of Pipeline Systems; Seals and Packers Installation; Geomechanics; Hydraulic Fracturing Simulation; Sonic Logging Simulation.
External Aerodynamics; Internal Aerodynamics; Incompressible and Compressible Flows; Multiphase Flow Simulation; Turbomachinery Systems; Heat Transfer Simulation; Combustion; Fluid-Structure Interaction.
Failure and Fatigue Analysis; Integrated Aircraft Structural Weight Optimization; FE Strength Analysis of Composite Aircraft Structural Elements.
World-class expertise and skills in multidisciplinary and cross-industry (high-performance) computer-aided engineering at CompMechLab® enable the rapid development, manufacturing and management of customized, globally competitive, state-of-the-art products for the high-technology sector, across the product’s entire lifecycle, from concept to recycling.
Finite element 3D thermal and thermo-structural analysis of the catalytic cracking device for various operating modes of the reactor and the regenerator. Estimation of thickness of elements of structures; static and cyclic strength estimation
Ensuring reliability and safety of maintenance of thermo-mechanical and electro technical equipment while increasing power of power-generating units of the nuclear power plant. Strength analysis and the substantiation of the separator-superheater of the Smolensk’s nuclear power plant periodic examination without hydraulic tests of casings