Contents: Energy planning and computer solutions of heat engineering problems; measurements of calorific value of solid, liquid and gaseous fuels, flash point, ignition point, viscosity and density of liquid fuels; Measuring flow rates, pressure and temperature; Capturing signals from transducers and simultaneous computer processing of measurement data; Physical and chemical methods for analysing fuel gases and combustion gases; Correlations between basic laws of heat and mass transfer, liquid dynamics and thermodynamic energy balance and different measuring techniques and regulations for the analysis of high-temperature processes.
Materials engineering (UN)
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