Autoplay
Autocomplete
Previous Lesson
Complete and Continue
Intro to Fluid Mechanics
Outline of Notes
Download the Outline of Notes Here
Chapter 1 - Introduction
1.1 Units and Dimensional Homogeneity (14:49)
1.2 Example 2 (6:46)
1.4 Examples 3 and 4 (18:43)
1.3 Properties of Fluids (13:50)
1.5 Ideal Gas Law and Temp Conversions (8:15)
1.6 Viscosity (22:13)
1.7 Example 5 (13:00)
1.8 Vapor Pressure (2:32)
Homework 1
Homework 1 Solutions
Chapter 2 - Hydrostatics
2.1 Gage and Absolute Pressure (9:55)
2.2 Pressure at a Point (18:26)
2.3 Variation of Pressure with Depth (14:59)
2.4 Barometers (12:11)
Homework 2
Homework 2 Solutions
2.5 Manometers (21:49)
2.6 Example 7 (14:22)
2.7 Example 8 (18:02)
Homework 3
Homework 3 Solutions
2.8 Hydrostatic Forces on Plane Surfaces (18:58)
2.9 Center of Pressure (7:23)
2.10 Example 9 (15:54)
2.11 Example 10 (17:12)
2.12 Example 11 (12:44)
Homework 4
Homework 4 Solutions
2.13 Forces on Curved Surfaces (14:00)
2.14 Example 12 (10:59)
2.15 Example 13 (18:41)
Homework 5
Homework 5 Solutions
2.16 Buoyancy (17:02)
2.17 Floating Bodies (5:50)
2.18 Example 14 (11:28)
2.19 Examples 15 and 16 (19:12)
2.20 Example 17 (18:13)
Homework 6
Homework 6 Solutions
Chapter 3 - Integral Relations of Control Volumes
3.1 Reynolds Transport Theorem (30:41)
3.2 Reynolds Transport Theorem Part 2 (13:55)
3.3 Conservation of Mass (16:58)
3.4 Example 18 (7:34)
3.5 Example 19 (17:17)
3.6 Example 20 (13:10)
Homework 7
Homework 7 Solutions
3.7 Linear Momentum Equation (8:36)
3.8 Example 21 (24:37)
3.9 Example 22 (13:51)
Homework 8
Homework 8 Solutions
3.10 Bernoulli Equation Part 1 (8:20)
3.11 Bernoulli Equation Part 2 (19:25)
3.12 Example 23 (18:09)
3.13 Stagnation Dynamic and Static Pressures (12:40)
3.14 Example 24 (10:01)
Homework 9
Homework 9 Solutions
Chapter 4 - Differential Relations for Fluid Flow
4.1 Lagrangian and Eulerian Descriptions (16:47)
4.2 Velocity and Acceleration Fields (15:09)
4.3 Example 25 (15:53)
4.4 Example 26 (15:24)
Homework 10
Homework 10 Solutions
4.5 Mass Conservation (20:00)
4.6 Steady and Incompressible Flow (10:17)
4.7 Example 27 (18:50)
4.8 Example 28 (8:08)
4.9 Example 29 and 29.1 (16:34)
Homework 11
Homework 11 Solutions
4.10 Navier Stokes (41:04)
4.11 Example 30 (8:51)
4.12 Example 31 (15:59)
4.13 Example 32 (18:52)
Homework 12
Homework 12 Solutions
4.14 Stream Function (17:15)
4.15 Example 33 (12:25)
4.16 Example 34 (13:16)
4.17 Vorticity (15:17)
4.18 Velocity Potential (7:16)
4.19 Example 35 (9:17)
4.20 Example 36 (15:43)
4.21 Examples 37 and 38 (10:37)
Homework 13
Homework 13 Solutions
Chapter 5 - Dimensional Analysis
5.1 Dimensional Analysis Part 1 (12:34)
5.2 Dimensional Analysis Part 2 (14:16)
5.3 Buckingham Pi Theorem (28:31)
5.5 Example 40 (18:31)
5.4 Example 39 (24:11)
Homework 14
Homework 14 Solutions
Chapter 6 - Reynolds Number
6.1 Reynolds Number (13:46)
Homework 15
Homework 15 Solutions
2.7 Example 8
Complete and Continue
Discussion
0
comments
Load more
0 comments