THEORY OF HEAT
CONTENTS INTRODUCTION SCOPE APPLICATION BACKGROUND PREVIOUS DEVELOPMENTS OF THE RESEARCH LAMINAR FORCED CONVECTION BOUNDARY LAYER LAMINAR FORCED FILM CONDENSATION OF PURE VAPOUR LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE CHALLENGES ASSOCIATED WITH INVESTIGATIONS OF LAMINAR FORCED CONVECTION AND FILM CONDENSATION INVESTIGATION OF THE LAMINAR FORCED CONVECTION BOUNDARY LAYER INVESTIGATION OF LAMINAR FORCED FILM CONDENSATION OF PURE VAPOUR INVESTIGATION OF LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE LIMITATIONS OF FALKNER-SKAN TYPE TRANSFORMATION RECENT DEVELOPMENTS OF RESEARCH IN THIS BOOK NEW SIMILARITY ANALYSIS METHOD TREATMENT OF VARIABLE PHYSICAL PROPERTIES COUPLED EFFECT OF VARIABLE PHYSICAL PROPERTIES ON HEAT AND MASS TRANSFER EXTENSIVE STUDY OF EFFECT OF VISCOUS THERMAL DISSIPATION ON LAMINAR FORCED CONVECTION LAMINAR FORCED FILM CONDENSATION OF VAPOUR LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURER REFERENCES PART I THEORETICAL FOUNDATION BASIC CONSERVATION EQUATIONS FOR LAMINAR CONVECTION CONTINUITY EQUATION MOMENTUM EQUATION (NAVIER–STOKES EQUATIONS) ENERGY EQUATION GOVERNING PARTIAL DIFFERENTIAL EQUATIONS OF LAMINAR FORCED CONVECTION BOUNDARY LAYERS WITH CONSIDERATION OF VARIABLE PHYSICAL PROPERTIES PRINCIPLE OF THE QUANTITATIVE GRADE ANALYSIS MOMENTUM EQUATIONS (NAVIER–STOKES EQUATIONS) ENERGY EQUATIONS SUMMARY REVIEW OF FALKNER-SKAN TYPE TRANSFORMATION FOR LAMINAR FORCED CONVECTION BOUNDARY LAYER BASIC CONSERVATION EQUATIONS DERIVATION REVIEW OF SIMILARITY VARIABLES OF FALKNER-SKAN TRANSFORMATION ON LAMINAR FORCED CONVECTION EXAMPLE OF SIMILARITY TRANSFORMATION WITH FALKNER-SKAN TRANSFORMATION LIMITATIONS OF THE FALKNER-SKAN TYPE TRANSFORMATION EXERCISES A NEW SIMILARITY ANALYSIS METHOD FOR LAMINAR FORCED CONVECTION BOUNDARY LAYER TYPICAL BASIS CONSERVATION EQUATIONS OF LAMINAR FORCED CONVECTION BRIEF REVIEW ON DETERMINATION OF DIMENSIONLESS SIMILARITY PARAMETERS (NUMBER) SELECT WHOLE PHYSICAL INDEPENDENT VARIABLES DOMINATING THE PHYSICAL PHENOMENON SELECT BASIC DIMENSION SYSTEM DETERMINE THE DIMENSIONLESS SIMILARITY PARAMETERS ?1, ?2, AND ?3 INVESTIGATION OF THE DIMENSIONLESS SIMILARITY VARIABLES ON THE VELOCITY FIELD DERIVATION OF DIMENSIONLESS COORDINATE VARIABLE DERIVATION FOR DIMENSIONLESS VELOCITY COMPONENTS APPLICATION EXAMPLE OF THE NEW SIMILARITY ANALYSIS METHOD SIMILARITY TRANSFORMATION OF (3 1) SIMILARITY TRANSFORMATION OF (3 2) SIMILARITY TRANSFORMATION OF (3 3) COMPARISON OF THE TWO SIMILARITY METHODS DIFFERENT DERIVATION PROCESS OF THE DIMENSIONLESS SIMILARITY VARIABLES ON MOMENTUM FIELD DIFFERENT DIMENSIONLESS EXPRESSIONS ON MOMENTUM FIELD DIFFERENT SIMILARITY ANALYSIS GOVERNING MATHEMATICAL MODELS REMARKS PART II LAMINAR FORCED CONVECTION HEAT TRANSFER ON LAMINAR FORCED CONVECTION WITH IGNORING VARIABLE PHYSICAL PROPERTIES AND VISCOUS THERMAL DISSIPATION BASIC CONSERVATION EQUATIONS OF LAMINAR FORCED CONVECTION GOVERNING PARTIAL DIFFERENTIAL EQUATIONS SIMILARITY TRANSFORMATION VARIABLES GOVERNING ORDINARY DIFFERENTIAL EQUATIONS NUMERICAL RESULTS VELOCITY FIELDS TEMPERATURE FIELDS SKIN-FRICTION COEF?CIENT HEAT TRANSFER HEAT TRANSFER ANALYSIS DIMENSIONLESS WALL TEMPERATURE GRADIENT CALCULATION EXAMPLE EXERCISE HEAT TRANSFER OF LAMINAR FORCED CONVECTION WITH CONSIDERATION OF VISCOUS THERMAL DISSIPATION GOVERNING PARTIAL DIFFERENTIAL EQUATIONS OF LAMINAR FORCED CONVECTION SIMILARITY VARIABLES VELOCITY FIELD FORMULATED EQUATION OF DIMENSIONLESS WALL TEMPERATURE GRADIENT HEAT TRANSFER PREDICTION EQUATION HEAT TRANSFER PREDICTION DEVIATION CAUSED BY IGNORING THE VISCOUS THERMAL DISSIPATION ADIABATIC ECKERT NUMBERS CALCULATION EXAMPLES HEAT TRANSFER OF GAS LAMINAR FORCED CONVECTION WITH CONSIDERATION OF VARIABLE PHYSICAL PROPERTIES GOVERNING EQUATIONS SIMILARITY TRANSFORMATION OF THE GOVERNING PARTIAL DIFFERENTIAL EQUATIONS TREATMENT OF GAS VARIABLE PHYSICAL PROPERTIES VELOCITY AND TEMPERATURE FIELDS SKIN-FRICTION COEF?CIENT WITH CONSIDERATION OF VARIABLE PHYSICAL PROPERTIES PREDICTION EQUATIONS ON HEAT TRANSFER HEAT TRANSFER OF LIQUID LAMINAR FORCED CONVECTION WITH CONSIDERATION OF VARIABLE PHYSICAL PROPERTIES TREATMENT OF LIQUID VARIABLE PHYSICAL PROPERTIES PART III LAMINAR FORCED FILM CONDENSATION COMPLETE SIMILARITY MATHEMATICAL MODELS ON LAMINAR FORCED FILM CONDENSATION OF PURE VAPOUR PHYSICAL MODEL AND COORDINATE SYSTEM FOR LIQUID FILM FOR VAPOUR FILM SIMILARITY TRANSFORMATION OF GOVERNING PARTIAL DIFFERENTIAL EQUATIONS FOR BOUNDARY CONDITIONS VELOCITY AND TEMPERATURE FIELDS ON LAMINAR FORCED FILM CONDENSATION OF PURE VAPOUR TREATMENT OF TEMPERATURE-DEPENDENT PHYSICAL PROPERTIES FOR LIQUID FILM MEDIUM FOR VAPOUR FILM MEDIUM NUMERICAL SOLUTIONS CALCULATION PROCEDURE VELOCITY AND TEMPERATURE FIELDS OF THE TWO-PHASE FILM FLOWS HEAT AND MASS TRANSFER ON LAMINAR FORCED FILM CONDENSATION OF PURE VAPOUR CONDENSATE HEAT TRANSFER ANALYSIS WALL DIMENSIONLESS TEMPERATURE GRADIENT MASS TRANSFER ANALYSIS MASS FLOW RATE PARAMETER PREDICTION EQUATIONS ON CONDENSATE MASS TRANSFER CONDENSATE MASS–ENERGY TRANSFORMATION EQUATION DERIVATION ON CONDENSATE MASS–ENERGY TRANSFORMATION EQUATION MASS–ENERGY TRANSFORMATION COEF?CIENT COMPLETE SIMILARITY MATHEMATICAL MODELS ON LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE FOR VAPOR–GAS MIXTURE FILM FOR VAPOUR–GAS MIXTURE FILM VELOCITY, TEMPERATURE, AND CONCENTRATION FIELDS ON LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE TREATMENT OF TEMPERATURE-DEPENDENT PHYSICAL PROPERTIES OF LIQUID FILM TREATMENT OF CONCENTRATION-DEPENDENT DENSITIES OF VAPOUR–GAS MIXTURE TREATMENT OF OTHER CONCENTRATION-DEPENDENT PHYSICAL PROPERTIES OF VAPOUR–GAS MIXTURE TREATMENT OF TEMPERATURE-DEPENDENT PHYSICAL PROPERTIES OF VAPOUR–GAS MIXTURE NUMERICAL CALCULATION PROCEDURE INTERFACIAL VAPOUR SATURATION TEMPERATURE EFFECT OF THE INTERFACIAL VAPOUR SATURATION TEMPERATURE ON WALL SUBCOOLED TEMPERATURE VELOCITY, CONCENTRATION, AND TEMPERATURE FIELDS OF THE TWO-PHASE FILM FLOWS HEAT AND MASS TRANSFER ON LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE DETERMINATION OF INTERFACIAL VAPOUR SATURATION TEMPERATURE SIMPLE AND RELIABLE PREDICTION EQUATIONS OF HEAT TRANSFER CONDENSATE MASS TRANSFER ANALYSIS PREDICTION EQUATIONS OF CONDENSATE MASS TRANSFER EQUATION OF INTERFACIAL VAPOUR SATURATION TEMPERATURE FOR LAMINAR FORCED FILM CONDENSATION OF VAPOUR–GAS MIXTURE FOR LAMINAR FORCED FILM CONDENSATION OF WATER VAPOUR–AIR MIXTURE EVALUATION OF CONDENSATE MASS–ENERGY TRANSFORMATION COEF?CIENT