Канал: Ravi M R

Lecture 23 Boiling Heat Transfer

Lecture 23 Boiling Heat Transfer

Lecture 22 FIlm condensation correlations dropwise condensation

Lecture 22 FIlm condensation correlations dropwise condensation

Lecture 21 Film condensation Nusselt analysis

Lecture 21 Film condensation Nusselt analysis

Lecture 20 Laminar and turbulent natural convection boundary layers

Lecture 20 Laminar and turbulent natural convection boundary layers

Lecture 19 Laminar Natural Convection - Similarity and integral analysis

Lecture 19 Laminar Natural Convection - Similarity and integral analysis

Lecture 18 Laminar Natural Convection vertical flat plate order of magnitude analysis

Lecture 18 Laminar Natural Convection vertical flat plate order of magnitude analysis

Lecture 17 Turbulent pipe flows

Lecture 17 Turbulent pipe flows

Lecture 16 Developing Laminar Internal Flows

Lecture 16 Developing Laminar Internal Flows

Lecture 15 Development of Temperature Profile

Lecture 14 Laminar Internal Flows Hydrodynamically developed flows

Lecture 14 Laminar Internal Flows Hydrodynamically developed flows

Lecture 13 Computation of Turbulent Flows

Lecture 13 Computation of Turbulent Flows

Lecture 12 Miscellaneous Topics BL thickness Average Shear and Heat Transfer

Lecture 12 Miscellaneous Topics BL thickness Average Shear and Heat Transfer

Lecture 11 Prandtl 2 layer Karman 3 layer models

Lecture 11 Prandtl 2 layer Karman 3 layer models

Lecture 10 Shear stress and heat flux in turbulent boundary layers

Lecture 10 Shear stress and heat flux in turbulent boundary layers

Lecture 9 Mixing Length and eddy viscosity models

Lecture 9 Mixing Length and eddy viscosity models

Lecture-8: Introduction to Turbulent Flows

Lecture-8: Introduction to Turbulent Flows

Lecture 7 Computational Fluid Dynamics for 2D steady incompressible flows

Lecture 7 Computational Fluid Dynamics for 2D steady incompressible flows

Lecture 6 Integral method for laminar boundary layer equations

Lecture 6 Integral method for laminar boundary layer equations

Lecture 5 Similarity Solution for laminar boundary layer equations

Lecture 5 Similarity Solution for laminar boundary layer equations

Lecture-4-Laminar-boundary-layer-order-of-magnitude-analyais

Lecture-4-Laminar-boundary-layer-order-of-magnitude-analyais

Lecture 3 Energy equation and its Non dimensionalization

Lecture 3 Energy equation and its Non dimensionalization

Lectue 2 Derivation of Governing equations

Lectue 2 Derivation of Governing equations

Lectue 1 Introduction to Convection

Lectue 1 Introduction to Convection

Lecture 34 Equilibrium Constant and equilibrium composition

Lecture 34 Equilibrium Constant and equilibrium composition

Lecture 33 Concept of Chemical equilibrium

Lecture 33 Concept of Chemical equilibrium

Lecture 32 Applications of dilute two phase two component systems

Lecture 32 Applications of dilute two phase two component systems

Lecture 31 Fugaciy of multi component liquid vapour mixures Raoults Law

Lecture 31 Fugaciy of multi component liquid vapour mixures Raoults Law

Lecture 30 Conditions for equilibrium phase equilibrium

Lecture 30 Conditions for equilibrium phase equilibrium

Lecture 29 Fugacity of constituents of a mixture and Ideal solutions

Lecture 29 Fugacity of constituents of a mixture and Ideal solutions

Lecture 28 Defining and calculating Fugacity of pure substances

Lecture 28 Defining and calculating Fugacity of pure substances

Lecture 27 Gibbs Duhem Equation measuring patial molal properties

Lecture 27 Gibbs Duhem Equation measuring patial molal properties

Lecture 26 Understanding Real Mixtures - Chemical Potential

Lecture 26 Understanding Real Mixtures - Chemical Potential

Lecture 25 Ideal mixtures of non ideal gases

Lecture 25 Ideal mixtures of non ideal gases

Lecture 24 Multi component systems Ideal gas mixtures

Lecture 24 Multi component systems Ideal gas mixtures

Lecture 23 Exergy balance for Closed and Open Systems

Lecture 23 Exergy balance for Closed and Open Systems

Lecture 22 Definition of Exergy

Lecture 22 Definition of Exergy

Lecture 21 SSSF and USUF simplifications

Lecture 21 SSSF and USUF simplifications

Lecture 20 Laws of thermodynamics for open systems

Lecture 20 Laws of thermodynamics for open systems

Lecture 19 Other Simple Systems

Lecture 19 Other Simple Systems

Lecture 18 Constructing Property Tables

Lecture 18 Constructing Property Tables

Lecture-17 Charts for Compressibility, corrections of enthalpy and entropy for real gases

Lecture-17 Charts for Compressibility, corrections of enthalpy and entropy for real gases

Lecture 16 Virial Equations of State and Generalized Compressibility Chart

Lecture 16 Virial Equations of State and Generalized Compressibility Chart

Lecture 15 Real gases - Cubic Equations of State

Lecture 15 Real gases - Cubic Equations of State

Lecture 14 Ideal Gas Equation of State

Lecture 14 Ideal Gas Equation of State

Lecture 13 Property Relations for Simple Compressible Systems

Lecture 13 Property Relations for Simple Compressible Systems

lecture 12 Corollaries of second law of thermodynamics

lecture 12 Corollaries of second law of thermodynamics

Lecture 11 Mathematical Statements of Second Law

Lecture 11 Mathematical Statements of Second Law

Lecture 10 Entropy and Thermodynamic Temperature

Lecture 10 Entropy and Thermodynamic Temperature

Lecture 9 Second Law and Adiabatic Accessibility

Lecture 9 Second Law and Adiabatic Accessibility

Lecture 8 Friction, Adiabatic Accessibility

Lecture 8 Friction, Adiabatic Accessibility

Lecture 7 Understanding Energy, Heat and Work

Lecture 7 Understanding Energy, Heat and Work

Lecture 6 Work, Heat, First Law of Thermodynamics

Lecture 6 Work, Heat, First Law of Thermodynamics

Lecture 5 General Definition of Work

Lecture 5 General Definition of Work

Lecture 4 Understanding Generalized Force

Lecture 4 Understanding Generalized Force

Lecture 3 Interaction - Generalized coordinates and Forces

Lecture 3 Interaction - Generalized coordinates and Forces

Lecture 2 Definitions in Thermodynamics

Lecture 2 Definitions in Thermodynamics

Lecture 1 Introduction to Thermodynamics

Lecture 1 Introduction to Thermodynamics

Lecture 14- Thermally developed internal flows

Lecture 14- Thermally developed internal flows

Lecture 13: Internal flows - Fluid flow

Lecture 13: Internal flows - Fluid flow

Lecture- 12: Colburn Analogy and Turbulent boundary layers

Lecture- 12: Colburn Analogy and Turbulent boundary layers

Lecture 11- External Flows : Flat Plate Boundary Layer

Lecture 11- External Flows : Flat Plate Boundary Layer

Lecture 10 - Analogy between momentum, heat and mass transfer

Lecture 10 - Analogy between momentum, heat and mass transfer

Lecture-9 Reynolds Transport Theorem

Lecture-9 Reynolds Transport Theorem

Lecture -8 Introduction to Convection

Lecture -8 Introduction to Convection

Lecture 7 - Radiation exchange in grey-diffuse enclosures

Lecture 7 - Radiation exchange in grey-diffuse enclosures

Lecture 6: Radiation View Factors

Lecture 6: Radiation View Factors

Lecture - 3: Transient Heat Conduction

Lecture - 3: Transient Heat Conduction

Lecture-2 Conduction in cylindrical coordinates; Fins

Lecture-2 Conduction in cylindrical coordinates; Fins

Lecture - 5: Radiation Heat Transfer - 2

Lecture - 5: Radiation Heat Transfer - 2

Lecture - 4: Radiation Heat Transfer - 1

Lecture - 4: Radiation Heat Transfer - 1

Lecture - 1: Heat Conduction Equation

Lecture - 1: Heat Conduction Equation

Lecture 27 Gas turbine power plants and Aircraft gas turbines

Lecture 27 Gas turbine power plants and Aircraft gas turbines

Lecture 28 Combined Cycle - Combined Heat and Power Cycles

Lecture 28 Combined Cycle - Combined Heat and Power Cycles

Lecture 26 Subsystems of steam power plants - Pumps and their selection

Lecture 26 Subsystems of steam power plants - Pumps and their selection

Lecture 23 Other (than steam) turbines

Lecture 23 Other (than steam) turbines

Lecture 22 Losses in turbines - Turbine Efficiency

Lecture 22 Losses in turbines - Turbine Efficiency

Lecture 24 Pumps and Compressors

Lecture 24 Pumps and Compressors

Lecture 25 Steam Power Plants

Lecture 25 Steam Power Plants

Lecture 21 Multi-stage turbines, effect of blade height

Lecture 21 Multi-stage turbines, effect of blade height

Lecture 20 Reaction Turbines

Lecture 20 Reaction Turbines

Lecture 19 Velocity triangles - Impulse turbines

Lecture 19 Velocity triangles - Impulse turbines

Lecture 18 Nozzle performance, supersaturation, Turbines

Lecture 18 Nozzle performance, supersaturation, Turbines

Lecture-17 Flow through nozzles at off-design conditions

Lecture-17 Flow through nozzles at off-design conditions

Lecture-16 Flow through Nozzles

Lecture-16 Flow through Nozzles

Lecture-15 Compressible flows through passages

Lecture-15 Compressible flows through passages

Lecture-14 IC engine subsystems and Performance measurement

Lecture-14 IC engine subsystems and Performance measurement

Lecture-13 IC Engine Components and Subsystems

Lecture-13 IC Engine Components and Subsystems

Lecture-12 Compression Ignition Engines

Lecture-12 Compression Ignition Engines

Lecture-11 Otto cycle Analysis and Engine Simulation

Lecture-11 Otto cycle Analysis and Engine Simulation

Lecture -10 Engine Performance and Air Standard Cycles

Lecture -10 Engine Performance and Air Standard Cycles

Lecture-9 IC Engines - SI Engines

Lecture-9 IC Engines - SI Engines

Lecture-8 Stoichiometry and Combustion

Lecture-8 Stoichiometry and Combustion

Lecture-7 Fuels and Combustion

Lecture-7 Fuels and Combustion

Lecture-5 Airconditioning Cycles and Refrigeration

Lecture-5 Airconditioning Cycles and Refrigeration

Lecture-4 Psychrometric Processes and Air-conditioning

Lecture-4 Psychrometric Processes and Air-conditioning

Lecture-6 Refrigeration Cycles

Lecture-6 Refrigeration Cycles

Lecture-3 Psychrometric processes

Lecture-3 Psychrometric processes

Lecture-2 Psychrometry

Lecture-2 Psychrometry

Lecture-1 Introduction

Lecture-1 Introduction