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Intro

143 Lectures
26 Hrs videos

Heat Transfer-Pune University-Chemical Engineering-SEM IV

Anand Joshi
11 viewers

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Total Chapters : 8 143 Videos

Basic Concept of Rediation

Thermodynamics And Heat Transfer

Preview

9.54

Modes Of Heat Transfer

Preview

20.1

Mechanism Of Heat Transfer By Conduction

8.43

Thermal Conductivity

9.58

Conduction

Conduction Rate Equation

Preview

5.52

Thermophysical Properties Of Matter

Preview

14.04

Heat Diffusion Equations in Cortesion Co-ordination

15.35

Heat Diffusion Equation Of Conduction In Cylindrical Co-Ordinates

13.49

Initial And Boundry Conditions

9.32

Thermal Resistance And Thermal Contact Resistance

16.22

Steady State Heat Conduction Through Plane Wall

10.14

Steady State Heat Conduction Through Cylinder

14.17

State Heat Conduction Through Sphear

Preview

10.1

Composite Wall And Composite Cylinder

Preview

13.12

Problem of Type (A)Based on {Steady State ) Conduction in Wall

18.54

Problem of Type (B) Based on Thermal Contact Resistance

13.59

Problem of Type (C) for Composite Slab having Resistance in Parallel

16.35

Problem of Type (D) Where Thermal Conductivity is a Function of Temperature

13.49

Critical Thickness Of Insulation

Preview

16.38

Problem Based On Composite Cylinder No 1

Preview

14.27

Problem Based On Composite Cylinder No 2

14.3

Problem Based On Critical Redius No 1

18.22

Problem Based On Critical Radius No 2

12.56

Miscellaneous Problem Based on Variable Thermal Conductivity

14.01

Problem On Conduction In sphere

15.44

Intunal Heat Generation in Case of Wall

24.12

Intunal Heat Generation in Case of Cylinders

13.24

Intunal Heat Generation in Case of Sphears

17.58

Numerical on Intual Heat Genratation in Case of Wall

Preview

19.47

Numerical on Intunal Heat Genratation in Case of Cylinder

16.46

Numerical on Intunal Heat Genratation in Case of Sphear

11.43

Summary in Nut-Shell

22.24

Case Study Problem On Conduction

12.12

Extended Surfaces

Introduction To Extended Surfaces

Preview

8.55

Introduction to Thermowell

Preview

8.23

Analysis Of Fins Of Uniform Cross Sectional Area

13.26

Case I : Analysis Of Infinitely Long Fin

12.37

Case Ii: Adequately Long Fin With Insulated End Tip

19.58

Case Iii: Analysis Of Short Fin

12.43

Effectiveness And Efficiency Of Fins

Preview

16.34

Numerical On Case I : Analysis Of Infinitely Long Fin

8.41

Numerical On Case Ii: Adequately Long Fin With Insulated End Tip

10.05

Using Basic Differential

Preview

12.07

Numerical On Thermo Well

Preview

8.09

Summary Extended Surface

10.58

Convection Heat Transfer

Basic Definations Related To Convection

Preview

9.21

Newton's Law Of Cooling

Preview

4.2

Convective Heat Transfer Coefficient

11.36

Laminar And Turbulent Flow

8.34

Velocity Boundry Layer Concept

Preview

10

Thermal Boundry Layer Concept

10.18

Difference Equation Of Heat Convection

14.48

Velocity Boundry Layer Developed In Circular Pipe In Forced Convection

9.15

Thermal Boundry Layer In Circular

Preview

6.06

Determination Of Heat Transfer Coefficient

5.17

Dimensional Analysis

15.37

Buckingham's Pi Theorem

Preview

3.57

Application Of Dimensional Analysis As Applied To Forced Convection

15.13

Dimensionless Numbers In Free Convection : Nusselts Number

Preview

3.44

Forced Convection Correlation For Circuler Pipe

9.4

Forced Convection Correlation For Flat Plate

9.43

Reynold'S Analogy For Laminar Fluid Over Flat Plat

Preview

10.23

Numerical 1 on Forced Convection for Flow Over Flat Plate

13.06

Numerical 2 on Forced Convection for Flow Over Flat Plate

11.31

Dimensionless Numbers In Forced Convection : Stanton Number

Preview

5.11

Dimensionless Numbers In Forced Convection : Peclet Number

Preview

5.11

Mechanism Of Natural Convection

Preview

8.05

Coefficient Of Volumetric Expansion

7.28

Dimensional Analysis Of Natural Convection

17.56

Problem 1 on Natural Convection for Flow Through Pipe

12

Problem 2 on Natural Convection for Flow Through Pipe

10.21

Dimensionless Numbers In Free Convection : Grashoff Number

Preview

9.01

Dimensionless Numbers In Free Convection : Rayleigh Numbaer

Preview

5.03

Correlations Applicable To Natural Convection

5.56

Numerical I On Free Convection For Flow Through Pipe:

11.38

Numerical Ii On Free Convection For Flow Through Pipe:

17.25

Numerical I On Free Convection For Flow Over A Plate:

10.57

Numerical I On Free Convection For Flow A Sphear:

11.15

Summary In Nutshell Of Convection Heat Transfer

12.03

Boiling and Condensation

Boiling Heat Transfer

Preview

10.59

Preview

15.25

Critical Heat Flux

6

12.36

Physical Mechanism Of Condensation

5.07

Filmwise Condensation

4.13

Dropwise Condensation

7.26

Summery In Nutshell For Boiling And Condensation

2.5

Radiation Heat Transfer

Thermal Radiation

Preview

6.12

Theories Of Radiation

Preview

7.37

Total Emissive Power Of A Surface

3.51

Basic Concept And Definations

11.3

Surface Emission Properties

9.47

Law of Radiation: Plank’S Law

11.02

Law Of Radiation: Kirchhof’S Law

Preview

11.02

Emissivity Of Real Surfaces

4.45

Intensity Of Radiation And Solid Angle

8.3

Lambert Cosine Law

Preview

10.39

Heat Exhange Between Two Finite Black Surcaces By Radiation

10.23

Radiant Shape Factor Algebra

10.2

Application Of Shape Factor

Preview

11.54

Heat Exhange Between Grey Bodies

19.52

Electrical Analogy To Thermal Radiation

9.59

Radiation Shield

15.02

Summary Of Thermal Radiation

10.55

Law Of Radiation: Wien’S Law

Preview

6

Law Of Radiation:Stefan Boltzmann’S Law

8.1

Numerical 1 On Radiation

6.45

Numerical 2 On Radiation

4.23

Numerical 1 On Shape Factor

13.45

Numerical 1 On Radiation Heat Transfer In Cylinders

13.05

Numerical 2 On Radiation Heat Transfer In Concentric Cylinders

10.49

Numerical On Radiation Heat Transfer In Plates

10.14

Numerical On Radiation Heat Transfer In Sphere

8.3

Heat Exchanger

Introductions To Heat Exchanger

Preview

5.53

Classification Of Heat Exchanger

Preview

16.16

Overall Heat Transfer Coefficient

Preview

12.19

7.14

Analysis Of Heat Exchanger By Lmtd Method: Parallel Flow

17.15

Analysis Of Heat Exchanger By Lmtd Method: Counter Flow

14.54

Analysis Of Heat Exchanger By Lmtd Method: Cross Flow

6.03

Analysis Of Heat Exchanger For Some Special Cases

11.52

The Effectiveness

7.05

Analysis Of Heat Exchanger : Ntu Method

9.11

Effectiveness Of A Parallel Flow Heat Exchanger

Preview

15

Effectiveness Of A Counter Flow Heat Exchanger

Preview

15.44

Design Aspect Of Heat Exchanger

Preview

4.13

Numerical 1 On Lmtd Method

12.07

Numerical 2 On Lmtd Method

15.25

Numerical 3 On Lmtd Method

14.2

Numerical 1 On Ntu Method

13.18

Numerical 2 On Ntu Method

13.38

Numerical 3 On Ntu Method

13.18

11.57

Summery In Nutshell For Heat Exchanger

9.2

Unsteady State Heat Transfer

Lumped Heat Capacity Method

Preview

10.02

Lumped Heat Capacity Analysis

Preview

8.25

Significance Of Biot Number And Fouries Number

10.1

Time Constant And Response Of Thermocouple

4.55

Numerical On Lumped Heat Capacity Method, Type I

12.49

Numerical On Lumped Heat Capacity Method, Type Ii

11.08

Numerical On Lumped Heat Capacity Method, Type Iii

9.15

Problem On Thermocouple

Preview

12.33

Summary In Nutshel For Unsteady State Heat Transfer

7.52

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Chemical Engineering Thermodynamics 1 Pune University - Chemical Engineering - SEM IV

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About the Instructor

Anand Joshi

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