Viktor BERBYUK

Full Professor, Chair of Mechanical Systems

 

Research Projects: (Granting authority, Project title, Year):

 

 

  • Swedish Wind Power Technology Centre , “Frequency services from wind power in the Swedish power system”, 2020-2022;

 

  • Swedish Wind Power Technology Centre , “Site-Adaptive Analysis Methods to Predict and Enhance Lifetime of Wind Turbines”, 2019-2021;

 

  • VINNOVA, Swedish Agency for Innovation Systems, Zero Vibration Injuries - Phase 3”, 2017-2020, (co-applicant);

 

  • The Swedish Energy Agency, “Reduced vibration transmissions - reduced energy consumption and environmental impacts together with an increased competitiveness”, 2016-2021, (co-applicant);

 

  • VINNOVA, Swedish Governmental Agency for Innovation Systems, Zero Vibration Injuries - Phase 2”, 2015-2017, (co-applicant);

 

  • The Swedish Energy Agency, “Ice detection for smart de-icing of wind turbines”, 2013-2016;

 

  • VINNOVA, Swedish Governmental Agency for Innovation Systems, “Robust and Optimized  Synchronization of Transmissions”, 2013-2016;

 

  • Swedish Wind Power Technology Centre,“Efficiency and influence of heating device on wind turbine blades”, 2013-2014;

 

  • Swedish Wind Power Technology Centre,“Sensors for Ice Detection on Wind Turbine Rotor Blades”, 2012-2013;

 

  • Swedish Wind Power Technology Centre,“Measuring of a Wind Turbine for Verification of Component Design”, 2011-2013;

 

  • CHARMEC, CHAlmers Railway MEChanics, Miltiobjective optimization of bogie system and vibration control”, 2011-2016;

 

  • Swedish Wind Power Technology Centre,“Wind Turbine Drive Train Dynamics, System Simulation and Accelerated Testing”, 2011-2015;

 

  • VINNOVA, Swedish Governmental Agency for Innovation Systems, “Research on Mechanical Transmission Systems in Sweden”, 2011-2013;

 

  • VINNOVA, Swedish Governmental Agency for Innovation Systems, “Active Vibration Control for Commercial Vehicles with Individual Front Suspension”, 2009-2011;

 

  • General Motors Powertrain – Sweden AB, “Systems Simulations for Manual Transmission Drivelines”, 2009-2010;

 

  • ASKO Appliances AB, “Dynamics and Active Vibration Control of Washing Machines”, 2009-2011;

 

  • IMPACT, Stiftelsen Chalmers Tekniska Högskola, “Active Vibration Control Lab”, 2008-2009;

 

  • National Instruments Corp., Vibration Control Course at CHALMERS”, 2008 2009;

 

  • CHARMEC, CHAlmers Railway MEChanics, Adaptronics for Bogies and other Railway Components”, 2008-2012;

 

 

  • ASKO Cylinda AB,Vibration control with application to washing machines”, 2006-2008;

 

 

  • The Swedish Research Council, "Control and Stabilization of Robotic Systems with Second-Order Nonholonomic Constraints" (together with Anders Boström), 2000-2003;

 

  • National Academy of Sciences of Ukraine, Kyiv, "Numerical Methods for Optimization of the Controlled Dynamical Systems and Their Application in Robotics and Biomechanics", 1998-2002.

 

  • Ukrainian National Academy of Sciences, Kiev, "Methods for Controlled Processes Optimization of Nonlinear Dynamical Systems",1993-1997;

 

  • Concern "Ukrprosthesis", Kiev, "Dynamics and Optimization of Lower Limb Prostheses", 1995-1997;

 

  • Concern "Ukrprosthesis", Kiev, "Modeling of Biotechnical Systems "Man-Prosthesis", 1994;

 

  • Concern "Ukrprosthesis", Kiev, "Computer System for Mechanical Analysis and Design of the Lower Limb Prostheses", 1993;

 

  • Central Research Institute of Prosthetics, Moscow, "Software for Dynamical Investigation of Disabled Person's Locomotion with Lower Limb Prostheses" , 1993;

 

  • Central Research Institute of Prosthetics, Moscow, "Software for Designing of Lower Limb Prostheses", 1992;

 

  • Central Research Institute of Prosthetics, Moscow, "3D-Models of Human Locomotor System With Prosthetic Leg", 1992;

 

  • Scientific and Technical Concern "ROBOT", Moscow, "Software for Static and Dynamic Analysis of Industrial Robots With Elastic Links", 1991;

 

  • Academy of Sciences of USSR, Moscow, "Optimization of Controlled Motion of the Industrial Robots", 1990;

 

  • Scientific and Technical Concern "ROBOT", Moscow, "Optimization of Structural Parameters of the Mobile Industrial Robots With Elastic Links", 1988-1989;

 

  • Ministry of the Machinery of the USSR, "Dynamics and Control of Automatic Systems Motion and Design of the Mobile Robots",1986-1987;

 

  • Government Committee of Sciences and Technology of USSR, Moscow, "Methods for Solution of Nonlinear Problems of the Mechanics and Control of Manipulator Robots", 1986-1992;

 

  • Council of Ministry of the Ukraine, Kiev, "Methods for Designing of Dynamics and Control Algorithms of Manipulator Robots With Elastic Elements", 1982-1984;