RADI ATION MODELING Radiation in a triangular cavity 275 - i - INTRODUCTION TO COMSOL MULTIPHYSICS A MESSAGE TO THE STUDENT Dear student, Half a century ago, a great American scientist said: The next great era of awakening of human intellect may well produce a method of understanding the qualitative content of equations.
CONDUCTI ON AND CONVECTI ON MODELI NG Laminar forced convection over an isothermal flat plate 101 Laminar forced convection over a heated flat plate 127 Laminar flow in a tube 155 Temperature development in tubes (Uniform Surface Temperature) 169 Temperature development in tubes (Uniform Surface Heat Flux) 185 Free convection of air over a vertical plate (Isothermal) 201 Free convection of air over a vertical plate (Heated) 225 Free convection of air over a horizontal cylinder (Isothermal) 249 Cross flow heat exchanger - I V. CONDUCTI ON MODELI NG WI TH CONSTANT HEAT TRANSFER COEFFI CI ENT Fin tip insulation: effect on Qf 1 Heat loss from a rod 19 Limits of the fin approximation 35 Test chamber insulation (rectangular) 55 Test chamber insulation (circular) 69 Transient cooling of a rod 85 I I I. I NTRODUCTI ON Table of Contents i A Message to the Student ii Introduction to COMSOL Multiphysics iii File Naming and Saving Conventions vii I I.
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COMSOL Multiphysics Instruction Manual COMSOL Multiphysics Instruction Manual THE CITY COLLEGE OF NEW YORK THE CITY COLLEGE OF NEW YORK MECHANICAL ENGINEERING DEPARTMENT MECHANICAL ENGINEERING DEPARTMENT ME 433: HEAT TRANSFER ME 433: HEAT TRANSFER PROFESSOR LATIF M.