Momentum Transport
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課程內容
Chapter 1. Introduction to Fluid Mechanics
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Section 1.1 Fluid Mechanics
20:45
Chapter 2. Fluid Statics
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Section 2.1 Force Balance
15:11 -
§2.1 Example 1
11:01 -
§2.1 Example 2
13:54 -
§2.1 Example 3
18:09 -
Section 2.2. Young-Laplace Equation
17:19 -
§2.2 Example 1
40:35
Chapter 3. Description of a Fluid in Motion
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Section 3.1 Lagrangian and Eulerian Description
26:00 -
Section 3.2 Newton’s Law of Viscosity
15:32 -
Section 3.2 Newton’s Law of Viscosity – (c)
22:20 -
Section 3.3 Fluid Models
14:11 -
Section 3.4 The Equation of Continuity
32:34 -
Section 3.5 Momentum Balance Equation
01:08:38 -
§3.1~3.5 Example 1
10:07 -
§3.1~3.5 Example 2
07:46 -
§3.1~3.5 Example 3
08:45 -
§3.1~3.5 Example 4
09:44 -
§3.1~3.5 Example 5
06:38 -
§3.1~3.5 Example 6
14:42 -
§3.1~3.5 Example 7
27:55 -
§3.1~3.5 Example 8
31:49 -
§3.1~3.5 Example 9
07:51 -
§3.1~3.5 Example 10
08:09
Chapter 4. Shear Stress and Velocity Distributions in Laminar Flow
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Section 4.1 Shear Stress Distribution – (a)
49:15 -
Section 4.1 Shear Stress Distribution – (b)
10:56 -
Section 4.1 Shear Stress Distribution – (c)
19:23 -
Section 4.1 Shear Stress Distribution – (d)
32:27 -
Section 4.2 Velocity Distribution – (a)
17:59 -
Section 4.2 Velocity Distribution – (b)
11:05 -
Section 4.2 Velocity Distribution – (c)
12:15 -
Poof – Pressure Gradient
14:36 -
§4.1~4.2 Example 1
29:05 -
§4.1~4.2 Example 2
11:24 -
§4.1~4.2 Example 3
14:23 -
§4.1~4.2 Example 4
09:24 -
§4.1~4.2 Example 5
08:21 -
§4.1~4.2 Example 6-1
09:35 -
§4.1~4.2 Example 6-2
05:55 -
§4.1~4.2 Example 6-3
05:58
