CV Information - دانشگاه صنعتی امیرکبیر

Heat & Mass Transfer

,Chapter 1: Introduction and General Concepts (About 4 Sessions) ,General introduction of heat transfer mechanisms ,Energy conservation equation in open and closed control volumes ,Definitions related to mass transfer General introduction of mass transfer mechanisms
,Chapter 2: Diffusion Equations (About 4 Sessions) ,The conservation of energy equation (only diffusion), its boundary and initial conditions ,Thermal conductivity and heat diffusion coefficient ,The conservation of species equation (only diffusion), its boundary and initial conditions (boundary conditions similar with and different from heat transfer) ,Mass diffusion coefficient Similarity of phenomena and diffusion coefficients
,Chapter 3: Steady Diffusion (About 7 Sessions) ,Steady one-dimensional thermal conductivity without internal generation / consumption of energy in plane walls and radial systems (cylinders and spheres) ,Similarity of the above condition with electric current and introduction of thermal resistances ,Steady one-dimensional mass diffusion without internal production / consumption of particles in plane walls and radial systems (cylinders and spheres) Similarity of the above condition with elect
Chapter 4: Unsteady Diffusion (about 3 sessions) Unsteady heat transfer by lumped capacitance method , ,Unsteady heat transfer considering spatial effects, Unsteady mass transfer considering spatial effects
,Chapter 5: Boundary Layers and Similarities (About 3 Sessions) ,Local and average convection coefficient ,Introduction of hydrodynamic, thermal and concentration boundary layers in laminar and turbulent state ,conservation equations (momentum, energy and mass) in the boundary layer using the boundary layer approximation ,non dimensional form of conservation equations (momentum, energy and mass) in the boundary layer and introduction of important dimensionless parameters in convection ,Intr
,Chapter 6: External Flow (About 5 Sessions) ,Hydrodynamic considerations(brief results of the Blasius solution of laminar boundary layer) ,Heat and mass transfer relations in parallel flow with the plane wall (laminar and turbulent and compound boundary layers) ,Hydrodynamic considerations: boundary layer in flow over cylinders and spheres Heat and mass transfer relationships in the flow over cylinders and spheres
,Chapter 7: Internal flow (About 3 Sessions) ,Hydrodynamic considerations: internal boundary layer, entrance length, turbulence condition, internal laminar flow solution ,Energy balance (constant flux boundary conditions and constant temperature) convection coefficients of heat and mass transfer in the internal laminar and turbulent flow