Akademik Dersler - İçerik

explain the basic law of heat transfer with conduction and its applications.
describe fundamental rule of conduction.
apply the steady state heat transfer at on a flat wall constructed in series.
derive one dimensional heat flow at constant surface temperature.
derive expressions related to the heat flow in fluids and analyze a heat exchanger.
establish entalphy balance on a heat exchanger.
calculate overall heat transfer coefficient for a heat exchanger.
explain heat transfer to fluids for different flow regimes without phase change.
derive the equations of heat transfer by forced convection in laminar flow.
derive the equations of heat transfer by forced convection in turbulent flow.
derive the equations of heat transfer in transition region between laminar and turbulent flow.
derive the equations of heat transfer to liquid metals.
examine the effects of natural convection on heat transfer in laminar flow.
explain the basic rules of heat transfer to fluids with phase change.
explain the heat transfer from condensing vapors to a fluid.
determine the coefficients for film type condensation.
explain the heat transfer caused condensation of superheated and mixed vapors.
perform design of heat exchange equipments.
design shell and tube heat exchangers.
derive the general equation of plate type heat exchangers.
describe the evaporation and type of evaporators.
write the performance equations for tubular type of evaporators.
calculate for a single and multiple effect evaporators.