Environment Modelling and Building Physics

Special applications

Special application modelling includes many different problems and research areas. Such could be following different types of analysis and studies:
  • Virtual Thermal manikins modelling: for detailed analyses including human behaviour, perception and comfort.

  • Vehicles modelling: optimization and design of aerofoil elements and components, calculations of drag coefficients and forces.

  • Conjugate heat transfer modelling: heat transfer between solid and fluid for different industrial applications.

  • Aerodynamic tunnel modelling: for validation purposes and optimisations.

  • Multiphase modelling: different fluids flows interaction, liquid - gase flows.



Research and science publications in the specific field of numerical simulations:

  1. "Моделиране на ноздри върху лице на виртуален топлинен манекен", М. Иванов, С. Мижорски, ЕНЕРГИЯ - ЕКОЛОГИЯ - КОМФОРТ - САМОЧУВСТВИЕ, Енергомашиностроителния факултет на ТУ – София, 18 - 21 СЕПТЕМВРИ, 2016
  2. "Mitigation of wind-induced accelerations using tuned liquid column dampers: experimental and numerical studies", Cammelli S., Fai Li Y., Mijorski S., Journal of Wind Engineering & Industrial Aerodynamics, 2016
  3. "Model build up for numerical study of the velocity field characteristics of jet flow in the work zone of small aerodynamic tunnel, by using LES method", Ivanov M., Mijorski S., Scientific Papers of University of Ruse – chapter 53, sesion 1.2, 2014
  4. "Results from numerical study of the velocity field characteristics of jet flow in the work zone of small aerodynamic tunnel, by using LES method", Mijorski S., Ivanov M., Scientific Papers of University of Ruse – chapter 53, sesion 1.2, 2014
  5. "Computational Grids", Mijorski S., Stankov P., Third International Course Proceeding, Numerical Heat Transfer Ph.D course under the patronage of DAAD, Germany, Kopaonik, Serbia, 01-06 October, 2011


Full list research and science publications in the field of numerical simulations is presented here!

Continuous professional development in the specific field of numerical simulations:

  1. "OpenFoam General Programing", von Karman Institute for Fluid Dynamics, Belgium, 2016
  2. Numerical Heat Transfer”, DAAD / Departments of Mechanical Engineering, University of Niš, Serbia, 2011
  3. Computational Engineering”, DAAD / CERDECEN, Technical University of Sofia, 2011


Full list of training courses and continuous professional development in the field of numerical simulations is presented here!

Figures and Videos

Special applications
Velocity and temperature fields resulted from a virtual thermal manikin modelling



Special applications
Numerical discretization for a virtual thermal manikin modelling



Special applications
3D model and computational mesh for an aerodynamic tunnel modelling



Special applications
Air Flow Streamlines generation for an aerodynamic tunnel modelling



Special applications
Velocity field resulted from an aerodynamic tunnel modelling



Special applications
Velocity and turbulent kinetic energy fields resulted from an aerodynamic tunnel modelling of a cylinder



Velocity field resulted from a transient aerodynamic tunnel modelling of a cylinder



Turbulent kinetic energy field resulted from a transient aerodynamic tunnel modelling of a cylinder



Special applications
Pressure field resulted from a truck modelling



Special applications
Velocity field resulted from a truck modelling



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