1.Basic concepts of conduction. 2.Steady-state conduction. 3.Transient conduction. 4.Fundamentals of heat transfer by convection. 5.Similarity and simulation (modelling) of convective heat transfer. 6.Treatment and generalization of results of measurement and calculation. 7.Heat transfer for a flat plate in forced longitudinal flow. 8.Heat transfer with forced flow of fluid in tubes. 9.Heat transfer for tubes and banks of tubes in forced cross flow. 10.Heat transfer by free convection. 11.Special problems of convective heat transfer in a single-phase medium. 12.Heat transfer in condensing pure vapour. 13.Heat transfer in boiling single-component liquids. 14.Heat and mass transfer in two-component systems. 15.Heat and mass transfer with chemical transformations. 16.Basic concepts and laws of terminal radiation. 17.Exchange of thermal radiation between solids separated by a transparent (diathermanous) medium. 18.Heat transfer in absorbing and emitting media. 19.Calculation of heat exchangers. 20.Hydromechanical design of heat exchangers.