Heat And Mass Transfer - HMT

Introduction 2 lectures 26:49 Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Governing laws of heat transfer Introduction 2 lectures 26:49 Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Governing laws of heat transfer Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Modes of heat transfer There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. There are three modes of heat transfer namely conduction, convection and radiation. Conduction : Conduction refers to the heat transfer that occurs across the medium. Medium can be solid or a fluid. Convection : Convection refers to the heat transfer that will occur between a surface and a moving fluid when they are at different temperatures. Radiation : In radiation, in the absence of intervening medium, there is net heat transfer between two surfaces at different temperatures in the form of electromagnetic waves. Governing laws of heat transfer Governing laws of heat transfer Governing laws of heat transfer Governing laws of heat transfer Conduction 18 lectures 01:58:01 Thermal conductivity Heat conduction in gases Interpretation Of Fourier's law Electrical analogy of heat transfer Conduction heat transfer through composite slab Conduction-convection heat transfer through composite slab Radial conduction through hollow cylinder Radial conduction through composite cylinder Radial conduction-convection heat transfer through composite cylinder Critical radius of insulation Radial conduction through hollow sphere. Derivation of generalized heat conduction equation Heat generation in a slab Heat generation in a cylinder Fins Analysis of rectangular fins Fin efficiency and effectiveness Unsteady/Transient conduction Conduction. 18 lectures 01:58:01 Thermal conductivity Heat conduction in gases Interpretation Of Fourier's law Electrical analogy of heat transfer Conduction heat transfer through composite slab Conduction-convection heat transfer through composite slab Radial conduction through hollow cylinder Radial conduction through composite cylinder Radial conduction-convection heat transfer through composite cylinder Critical radius of insulation Radial conduction through hollow sphere. Derivation of generalized heat conduction equation Heat generation in a slab Heat generation in a cylinder Fins Analysis of rectangular fins Fin efficiency and effectiveness Unsteady/Transient conduction Thermal conductivity Thermal conductivity Thermal conductivity Thermal conductivity Heat conduction in gases Heat conduction in gases Heat conduction in gases Heat conduction in gases Interpretation Of Fourier's law Interpretation Of Fourier's law Interpretation Of Fourier's law Interpretation Of Fourier's law Electrical analogy of heat transfer Electrical analogy of heat transfer Electrical analogy of heat transfer Electrical analogy of heat transfer Conduction heat transfer through composite slab Conduction heat transfer through composite slab Conduction heat transfer through composite slab Conduction heat transfer through composite slab Conduction-convection heat transfer through composite slab Conduction-convection heat transfer through composite slab Conduction-convection heat transfer through composite slab Conduction-convection heat transfer through composite slab Radial conduction through hollow cylinder Radial conduction through hollow cylinder Radial conduction through hollow cylinder Radial conduction through hollow cylinder Radial conduction through composite cylinder Radial conduction through composite cylinder Radial conduction through composite cylinder Radial conduction through composite cylinder Radial conduction-convection heat transfer through composite cylinder Radial conduction-convection heat transfer through composite cylinder Radial conduction-convection heat transfer through composite cylinder Radial conduction-convection heat transfer through composite cylinder Critical radius of insulation Critical radius of insulation Critical radius of insulation Critical radius of insulation Radial conduction through hollow sphere. Radial conduction through hollow sphere. Radial conduction through hollow sphere. Radial conduction through hollow sphere ng Thermal boundary layer - TBL Thermal boundary layer - TBL Thermal boundary layer - TBL Thermal boundary layer - TBL Energy balance for differential control volume of TBL Energy balance for differential control volume of TBL Energy balance for differential control volume of TBL Energy balance for differential control volume of TBL Momentum equation of HBL & energy equation of TBL Momentum equation of HBL & energy equation of TBL Momentum equation of HBL & energy equation of TBL Momentum equation of HBL & energy equation of TBL Forced convection in flow through pipes and ducts Forced convection in flow through pipes and ducts ...