• The concepts of energy, energetics. Types of energy, resting energy of matter, energy sources. Energy consumption in metallurgy.
• Energy transformation. Basic terms and laws of thermomechanics, reversible changes, irreversible changes.
• Thermal cycles. Reversible and irreversible cycles, Carnot's cycle.
• Usability of heat energy. Entropy. Exergy, anergy.
• Energy and Exergetic Balances.
• Automatic control of heat and energy equipment.
• Basic types of gaseous fuels, gasification, gas interchange theory, implementation of mixing stations in practice.
• Fuel valuation, fuel efficiency, dynamic fuel cost, normalization of energy consumption.
• Transport of water by pumping, transport height. Piston pump, principle, volume rate, power input, volumetric efficiency, regulation.
• Centrifugal pumps. Relative space flow theory, turbine theorem, torque on shaft, power input. Influence on suction height.
• Production of compressed air, polytropic compression, real compression process. Piston compressor, principle, theoretical and real cycle, volumetric efficiency, compression ratio division, supply quantity, input power, regulation.
• Turbo compressors. Transport height, static and dynamic component, reaction stage, shaft torque, input, theoretical volume rate, pressure number, blade shapes. Theoretical and real characteristics of turbo compressor, regulation.
• Production of water vapor, evaporation heat, pressure dependence. Boiling curve, triple point, critical point. Water vapor diagrams. Theoretical and practical steam cycles.
• Production of cold, production of technical gases.
• Energy transformation. Basic terms and laws of thermomechanics, reversible changes, irreversible changes.
• Thermal cycles. Reversible and irreversible cycles, Carnot's cycle.
• Usability of heat energy. Entropy. Exergy, anergy.
• Energy and Exergetic Balances.
• Automatic control of heat and energy equipment.
• Basic types of gaseous fuels, gasification, gas interchange theory, implementation of mixing stations in practice.
• Fuel valuation, fuel efficiency, dynamic fuel cost, normalization of energy consumption.
• Transport of water by pumping, transport height. Piston pump, principle, volume rate, power input, volumetric efficiency, regulation.
• Centrifugal pumps. Relative space flow theory, turbine theorem, torque on shaft, power input. Influence on suction height.
• Production of compressed air, polytropic compression, real compression process. Piston compressor, principle, theoretical and real cycle, volumetric efficiency, compression ratio division, supply quantity, input power, regulation.
• Turbo compressors. Transport height, static and dynamic component, reaction stage, shaft torque, input, theoretical volume rate, pressure number, blade shapes. Theoretical and real characteristics of turbo compressor, regulation.
• Production of water vapor, evaporation heat, pressure dependence. Boiling curve, triple point, critical point. Water vapor diagrams. Theoretical and practical steam cycles.
• Production of cold, production of technical gases.