18-02-2016, 02:51 PM
thesis topic for thermal engineering pdf
Department of Thermal Engineering
Scope of activities in the Department is: thermal engineering, heat power devices, heat management and thermal power engineering. The Department consists of three chairs: Thermal Power Engineering, Thermal Power Equipment, and Industrial Heat Engineering. The main subjects taught
on the bachelor level are: Thermodynamics, Heat and Mass Transfer, Thermal Engineering Measurements, Fuels and Combustion Theory, Fluid Mechanics and Boiler Technology;
on the master level: Thermal Power Plants, Special Topics in Boiler Engineering, Steam and Gas Turbines, Compressors, Heat Pumps, Industrial Pipelines, District Heating Networks and Heat and Mass Transfer Equipment;
on doctoral level: New Technologies of Fuel Burning and Combined Thermal Power Plants, Thermal Processes in Devices, Unconventional Fuels and Energy Sources, Energy Economics and Planning, Special Course of Thermal Physics.
Research interests may be divided into two main areas: power plants using oil shale (new fluidized bed boilers on oil shale, a calculation methodology for determining the composition and combustion products of oil shale, environmental issues), and small scale energy production (small boilers, wind power, bioenergy, energy management). The Department provides services in four accredited areas of expertise: analyses of the chemical composition of fuels, ashes, boiler deposits and gaseous emissions; inspection of pressure equipment metal condition; thermal engineering related tests and measurements.
Departmental staff holds 9 of teaching staff, incl. 3 professors, 18 of research staff, PhD students, and assistant staff – overall about 36 members.
Department of Thermal Engineering
Scope of activities in the Department is: thermal engineering, heat power devices, heat management and thermal power engineering. The Department consists of three chairs: Thermal Power Engineering, Thermal Power Equipment, and Industrial Heat Engineering. The main subjects taught
on the bachelor level are: Thermodynamics, Heat and Mass Transfer, Thermal Engineering Measurements, Fuels and Combustion Theory, Fluid Mechanics and Boiler Technology;
on the master level: Thermal Power Plants, Special Topics in Boiler Engineering, Steam and Gas Turbines, Compressors, Heat Pumps, Industrial Pipelines, District Heating Networks and Heat and Mass Transfer Equipment;
on doctoral level: New Technologies of Fuel Burning and Combined Thermal Power Plants, Thermal Processes in Devices, Unconventional Fuels and Energy Sources, Energy Economics and Planning, Special Course of Thermal Physics.
Research interests may be divided into two main areas: power plants using oil shale (new fluidized bed boilers on oil shale, a calculation methodology for determining the composition and combustion products of oil shale, environmental issues), and small scale energy production (small boilers, wind power, bioenergy, energy management). The Department provides services in four accredited areas of expertise: analyses of the chemical composition of fuels, ashes, boiler deposits and gaseous emissions; inspection of pressure equipment metal condition; thermal engineering related tests and measurements.
Departmental staff holds 9 of teaching staff, incl. 3 professors, 18 of research staff, PhD students, and assistant staff – overall about 36 members.