Development and application of modern methods and computer technologies for heat and mass transfer analysis of energy objects  and equipment, gas turbine manufacture, engineering, building construction, industrial processes, instrumentation, etc. in order to optimize the equipment and processes parameters design and prediction.

Methodological (fundamental) basis for the solution of applied problems of analysis, optimization and prediction of heat and mass transfer processes is a computational and experimental approach based on computer (computational) models, the adequacy of which is provided by the parametric and structural identification and estimation using experimental data on the investigational process or object and solution of inverse problems.

The basic tools are developed by the department modern technology and computer programs for the analysis, optimization and prediction of heat and mass transfer processes in the energy objects and equipment, mechanical engineering, building construction, industrial processes, instrumentation and others.

In particular, the laboratory has a license to use the software STAR-CD and ANSYS-CFD. STAR-CD and ANSYS-CFD using modern high-performance numerical algorithms providing the solution of three-dimensional non-stationary problems of any complexity in the heat and mass transfer, fluid dynamics and structural strength. The guarantee of the quality of programs is an ISO 9001 certified, and the fact that extensive use these programs leading industrial corporations of the world, engineering companies and research centers.

In the laboratory of STAR-CD and ANSYS-CFD are basic computer tools for the practical application of computational and experimental approach to the analysis, optimization and prediction of heat and mass transfer processes in equipment, objects of power and heat technologies.

In the laboratory of special programs designed FRIEND, COLTAN and TABC to solve different kinds of scientific and engineering problems.

ANALYSIS OF HEAT AND MASS TRANSFER PROCESSES IN ENERGY OBJECTS

Three-dimensional CFD- modeling of heat and humidity state big energy and industrial objects (buildings, structures, foundations) in the design, analysis and optimization of the parameters of heating, ventilation and air conditioning at various unsteady climatic conditions for bigger periods of time (from one day to several years).

Simulation of thermal, gas-dynamic and humidity state of the New Safe Confinement  (NSC) and distribution of radioactive aerosols inside and outside NSC

Improvement of the monitoring system of the New Safe Confinement (NSC) and the Shelter Object (SO) thermogasdynamic and radiation state on their impact on personnel and the environment More >>>

ANALYSIS OF HEAT AND MASS TRANSFER PROCESSES IN THE POWER EQUIPMENT

	Three-dimensional CFD-analysis of thermal state gas turbine engine cooled blades More >>>
	Analysis of thermal conditions and features of the flow of cooling oil of power transformers More >>>
	Analysis of heat and mass transfer processes and life time resource coatings high parts equipment thermal power plants for supercritical steam parameters More >>>
	Analysis and prediction of life time coatings and average temperature gas turbine blades More >>>

ANALYSIS OF HEAT AND MASS TRANSFER PROCESSES UNDER FIRES

Three-dimensional CFD-analysis of the development and fire distribution in industrial and residential rooms to determine the possible harmful influences on people and building construction.

	Evaluation of fire resistance supporting structures stands and canopies over the stands of stadiums in Ukraine More >>>
	Assessment of the fire resistance of the boundary contour of the New Safe Confinement, under construction above the 4th block of Chernobyl More >>>
	Application of modern technologies for calculation analysis and prediction ventilation flow and smoke at a fire in the subway More >>>
	Application of modern calculation technologies for analysis and prediction of thermogazodynamic state of KP “Kyiv metropoliten” tunnels More >>>

ANALYSIS OF HEAT AND MASS TRANSFER PROCESSES FOR ROOMS ENERGY EFFICIENCY

	Optimizing intensive method of ventilation to increase energy efficiency in residential buildings More >>>
	Optimal control of thermal conditions to obtain maximum energy savings in residential and office buildings More >>>
	Defining the parameters of rooms heat losses in unsteady thermal conditions More >>>

HEAT AND MASS TRANSFER IN TECHNOLOGICAL PROCESSES AND APPARATUS

Prediction of thermal deformation of details in turning using various cooling methods More >>>

Laboratory staffs have scientific contacts with scientists and engineers in Germany, France, USA, Poland, Russia, Czech Republic, Japan, Finland and Spain.

Have been established long-term relationship with the Institute of Chemical Technology (Germany), the company “Siemens” (Germany), by “EDF” (France), the University of Finland (Helsinki and Tampere), CKTI Polzunova (Saint-Petersburg, Russia) and others.

The results of the laboratory introduced by enterprises in Ukraine and the countries of nearest and distant foreign countries, in particular:

1. Zorya-Mashproekt Gas Turbine Research and Development Complex (Nikolaev, Ukraine).
2. National University of Civil Protection of Ukraine (Kyiv, Ukraine).
3. National Technical University of Ukraine “Igor Sikorsky Kyiv Polytechnic Institute” (Kyiv, Ukraine).
4. Institute for Problems in Materials Science of NAS of Ukraine (Kyiv, Ukraine).
5. Institute of Geological Sciences, NAS of Ukraine (Kyiv, Ukraine).
6. “QUARTZ PUBJSC” Plant (Chernivtsi, Ukraine).
7. “TERMOSTAL” (St. Petersburg, Russia).
8. The company «SIEMENS» (Germany).
9. SPO “Eleter” (Kiev, Ukraine).
10. «Zaporozhtransformator» PrJSC (ZTR) (Zaporozhe, Ukraine).
11. NOVARKA
12. „STATE RESEARCH INSTITUTE OF BUILDING CONSTRUCTIONS” (NIISK) (Kyiv, Ukraine).