32:04

Lecture 70: Thermal & Conc. Boundary layers.

28:31

Lecture 69: Turbulent Boundary Layer

32:06

Lecturer 68: Velocity Boundary Layer Solution

31:47

Lecture 66: Introduction to Boundary Layer Theory

25:21

Lecture 67: Unsteady heat transfer

31:28

Lecture 65: 3-D steady State Heat Conduction

25:05

Lecture 64: Heat Conduction in Pipes

23:56

Lecture 63: Heat Transfer in Composite Systems

13:07

Lecture 62: Steady State Conduction in Composite Walls

30:28

Lecture 61: Steady State Heat Flow in Solids

31:57

Lecture 60:Theory - Practice interfaced in Internal Combustion Engines.

28:23

Lecture 59: Efficiency in Diesel Cycle

13:58

Lecture 58: Diesel Cycle

10:55

Lecture 57: Efficiency in Otto cycle

22:37

Lecture 56: Otto Cycle

20:14

Lecture 55: Efficiency in IC engines

13:51

Lecture 54: Wankel Engine

30:25

Lecture 53: Gas Power Cycles

25:02

Lecture 52: Nozzles

25:58

Lecture 51: Internal Combustion Engines

22:35

Lecture 46: Steam Engine

31:16

Lecture 50: Air Compressors

16:53

Lecture 49: Heat Transferred in Machine Cycle.

20:07

Lecture 45: Mass Flow Rate

24:12

Lecture 48: Compressors and compression work

21:20

Lecture 44: Work in Machine Cycles

20:26

Lecture 47: Indicated Mean Effective Pressure

22:35

Lecture 43: Compressors & Reciprocating Expanders

31:47

Lecture 40: Steam Generation boiler

29:41

Lecture 39: Ternary Phase Systems

16:17

Lecture 38: Metal Alloys

16:31

Lecture 35: Eutectic Diagrams

18:24

Lecture 31: Distillation of liquids

29:00

Lecture 42: Polytropic Processes

15:00

Lecture 30: Applications of Phase Rule & Lever Principle

24:29

Lecture 41: Steam Turbine

22:13

Lecture 29: Mollier Diagram

15:32

Lecture 28: Temperature-Entropy

25:32

Lecture 27: Quality of Wet Vapor

25:21

Lecture 26: Steam Tables

13:06

Lecture 25: Measurement of Internal Energy

16:41

Lecture 22: Phase Rule

17:56

Lecture 24: Measurement of Enthalpy

25:16

Lecture 23: P-V-T Data

10:37

Lecture 34: Thermal Analysis

13:37

Lecture 33: Simple Eutectic Diagrams

30:45

Lecture 37: Gases

25:29

Lecture 21: Thermodynamic State Functions

12:20

Lecture 32 Steam Distillation

21:32

Lecture 36: Eutectic Diagrams For Compounds

20:19

Lecture 20: Lever Rule In Determinig Relative Amounts Of Phases

31:36

Lecture 19: Use of Clapeyron Equation To Generate Phase Boundaries

20:13

Lecture 18: Combined Efficiency In Binary Vapor Cycle

47:43

Lecture 17: Phase Equilibrium

36:25

Lecture 16: Computation of Cycle Efficiency

15:06

Lecture 15: Supercritical Rankine & Binary Vapor Cycle

28:48

Lecture 14: Efficiency of the Carnot & Rankine Cycles

23:03

Lecture 13: First Law of Thermodynamics for Steady State Flow Processes

17:23

Lecture 12: Interphased Rankine and Carnot Cycles

19:45

Lecture 11: Rankine Cycle