Convective Heat and Mass Transfer

Thermophysical and Transport Fundamentals. Boundary Layers. External Laminar Flow: Similarity Solutions for Forced Laminar Boundary Layers. Internal Laminar Flow. Integral Methods. Fundamentals of Turbulence and External Turbulent Flow. Internal Turbulent Flow. Effect of Transpiration on Friction, Heat and Mass Transfer. Analogy among Momentum, Heat, and Mass Transfer Processes. Natural Convection. Mixed Convection. Turbulence Transport Models. Flow and Heat Transfer in Miniature Channels. Diffusion and Convective Transport of Particles. Appendix.

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• Matemática aplicada
• Engenharia mecânica
• Ciência ambiental, engenharia e tecnologia
• Mecânica dos fluidos
• Termodinâmica aplicada à engenharia
• Engenharia química

Reynolds Stress Transport Model;Transport fundamentals;Heat Transfer Coefficient;Convective heat Transfer;Ordinary Differential Equation;Mass Transfer;Axi Symmetric Flow;micro-channel flow;Fluid Particle Mixture;diiffusion;Boundary Layer;Boundary layers;Laminar Boundary Layer;hydrodynamics;Viscous Sublayer;Couette flow;UHF Boundary Condition;Poiseulle flow;Heated Segment;Heat flux;Chilton Colburn Analogy;laminar flow;Mass Transfer Boundary Layer;integral methods;Nusselt Number;computational fluid dynamics;Thermal Boundary Layer;mass transfer process;Turbulent Boundary Layer;nanoscale heat transfer;Flow Conservation Equations;internal turbulent flow;Constant Property Fluid;equilibrium turbulence;Boundary Layer Thickness;Eddy Diffusivity Model;Local Nusselt Number;Pure Natural Convection;RSM Model;Wall Function Method;Mixed Convection;Low Reynolds Number Turbulence Models