Transport Phenomena in Materials

Duration: 20:35:00
Lectures: 33
Level: Beginner

Archive

This course will introduce the concepts of fluid flow, heat transfer and mass transfer with behavior and processing of engineering materials as the focus. Mathematical foundations of transport phenomena, introduction to subscript notation & tensors Control volume formulation and concept of balance. Navier-Stokes equations, exact solutions for simple geometries. Friction factors, empirical relations in fluid flow. Application of fluid flow solutions to materials processing. Governing equations for heat transfer, problem statements.

1
Transport Phenomena in Materials-Lec1-Subscript Notation – Part 1 of 2
52:09
2
Transport Phenomena in Materials-Lec2-Subscript Notation – Part 2 of 2
46:42
3
Transport Phenomena in Materials-Lec3-Coordinate Rotation
34:51
4
Transport Phenomena in Materials-Lec4-Introduction to Tensors
55:58
5
Transport Phenomena in Materials-Lec5-Symmetry of Properties
33:41
6
Transport Phenomena in Materials-Lec6-Material Derivative
46:36
7
Transport Phenomena in Materials-Lec7-Planar Flows
34:26
8
Transport Phenomena in Materials-Lec8-Reynolds Transport Theorem
33:07
9
Transport Phenomena in Materials-Lec9-Derivation of Navier-Stokes equation
49:40
10
Transport Phenomena in Materials-Lec10-Navier Stokes equations – Part 2
46:39
11
Transport Phenomena in Materials-Lec11-Flow problem statements
44:12
12
Transport Phenomena in Materials-Lec12-Simple cases in fluid flow : rectangular coordinate system
37:46
13
Transport Phenomena in Materials-Lec13-Simple cases in fluid flow : cylindrical coordinate system
38:10
14
Transport Phenomena in Materials-Lec14-Pipe flow and porous medium
34:46
15
Transport Phenomena in Materials-Lec15-Simple cases in fluid flow : spherical coordinate system
39:55
16
Transport Phenomena in Materials-Lec16-Friction factors and correlations
33:00
17
Transport Phenomena in Materials-Lec17-Energy Transport
53:26
18
Transport Phenomena in Materials-Lec18-Conduction cases – steady state
38:10
19
Transport Phenomena in Materials-Lec19-Conduction cases – transient state
56:04
20
Transport Phenomena in Materials-Lec20-Convective heat transfer
54:48
21
Transport Phenomena in Materials-Lec21-Mass Transfer Overview
29:13
22
Transport Phenomena in Materials-Lec22-Chemical Equilibrium
24:04
23
Transport Phenomena in Materials-Lec23-Reaction Equilibrium
36:14
24
Transport Phenomena in Materials-Lec24-Species Balance Equation
58:24
25
Transport Phenomena in Materials-Lec25-Solute Transfer Modelling – Part 01
24:01
26
Transport Phenomena in Materials-Lec26-Solute Transfer Modelling – Part 02
37:04
27
Transport Phenomena in Materials-Lec27-Solute Segregation Profile – Part 01
25:52
28
Transport Phenomena in Materials-Lec28-Solute Segregation Profile – Part 02
21:05
29
Transport Phenomena in Materials-Lec29-Problem Statements
39:18
30
Transport Phenomena in Materials-Lec30-Diffusion in Solid State
50:46
31
Transport Phenomena in Materials-Lec31-Transient Solute Diffusion in Solid State
36:03
32
Transport Phenomena in Materials-Lec32-Mass Transfer in Fluids
39:44
33
Transport Phenomena in Materials-Lec33-Similarity Across Transport Phenomena
12:41

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Transport Phenomena in Materials
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