SoftSim Consult Ltd.

• Flow visualisation: flow patterns visualisation, flow strealines, iso-surfaces and velocity, temperature and turbulent intensity field contours/plots.




• Air supply diffusers and components: assessment and optimisation of ventilation system components.




• EN 15251 and EN 7730 indoor environment: Draught Rate (RD), Predicted Mean Vote (PMV) and Predicted Percentage Dissatisfied (PPD). Categorising the indoor environment (Classes I, II, III and IV).




• ASHRAE 55 indoor environment: Standard Effective Temperature (SET) and Operative Temperature (Top).




• Elevated velocity thermal comfort assessment, based on ASHRAE 55: Predicted Mean Vote (PMV) and Predicted Percentage Dissatisfied (PPD).

• Enclosed spaces: enclosed bus and train stations, stadia, meeting halls, shopping centres, atrium spaces, universities, schools, office, houses, apartment buildings and others.

1. "Numerical Investigation of Metabolic CO2 Distribution in an Occupied Ventilated Classroom", Simova I., Markov D., Mijorski S., Computational Engineering, 12th International Ph.D course under the patronage of DAAD, Germany, 2016
2. "Airflow Modelling During Aeration with Windows and Doors Opening", Ivanov M., Mijorski S., Markov D., Scientific Papers of University of Ruse – chapter 51, sesion 1.2, 2012
3. "Integrated Study on Indoor Environment Impact on Human Performance", Stankov P., D. Markov, G. Pichurov, I. Simova, R.A. Angelova, S. Logofetova, M. Ivanov, S. Mijorski, "Comfort and Health, and Effective Energy Utilization, Advances" in Bulgarian Science, 2012
4. "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
5. "Simulator of Metabolic CO2 Time Variation in Occupied Spaces Under Natural Ventilation", Mijorski S., CFD Based Design of Indoor Environment Course Proceeding, CLYMACADEMY course, Pamporovo, Bulgaria, 16-23 October, 2008

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

1. "OpenFoam General Programing", von Karman Institute for Fluid Dynamics, Belgium, 2016
2. “Engineering Skins 2013”, Department of Engineering, University of Cambridge, UK, 2013
3. “Numerical Heat Transfer”, DAAD / Departments of Mechanical Engineering, University of Niš, Serbia, 2011
4. “Computational Engineering”, DAAD / CERDECEN, Technical University of Sofia, 2011
5. “Indoor Air Quality and Human Body Exposure”, CERDECEN, Technical University of Sofia, 2009
6. “CFD based design of indoor environment”, CERDECEN, Technical University of Sofia, 2008

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