MOMENT ABOUT A POINT (2D) // Vector Statics Worked Problem
8:59
MOMENT ABOUT A POINT (2D) // Vector Statics Worked Problem
RIGID BODY EQUILIBRIUM (3D) // Vector Statics Worked Example
24:30
RIGID BODY EQUILIBRIUM (3D) // Vector Statics Worked Example
RIGID BODY EQUILIBRIUM (2D) FORCE TRIANGLE // Vector Statics Worked Example
8:23
RIGID BODY EQUILIBRIUM (2D) FORCE TRIANGLE // Vector Statics Worked Example
RIGID BODY EQUILIBRIUM (2D) 2-FORCE MEMBERS // Vector Statics Worked Example
17:55
RIGID BODY EQUILIBRIUM (2D) 2-FORCE MEMBERS // Vector Statics Worked Example
MOMENT ABOUT A POINT (3D) // Vector Statics Worked Problem
12:48
MOMENT ABOUT A POINT (3D) // Vector Statics Worked Problem
The Engineering Student Experience Podcast (37) - Exit interview with Jared (he graduated!)
55:45
The Engineering Student Experience Podcast (37) - Exit interview with Jared (he graduated!)
VECTOR DECOMPOSITION (3D) // Vector Statics Worked Example
9:38
VECTOR DECOMPOSITION (3D) // Vector Statics Worked Example
PARTICLE EQUILIBRIUM (3D) // Vector Statics Worked Example
15:30
PARTICLE EQUILIBRIUM (3D) // Vector Statics Worked Example
PLANAR (2D) PARTICLE EQUILIBRIUM // Vector Statics Worked Example
9:46
PLANAR (2D) PARTICLE EQUILIBRIUM // Vector Statics Worked Example
Fluid Mechanics: Topic 11.2.3 - Differential analysis of Couette flow
10:34
Fluid Mechanics: Topic 11.2.3 - Differential analysis of Couette flow
Fluid Mechanics: Topic 9.2.2 - Example of branched pipe system (three reservoir problem)
17:23
Fluid Mechanics: Topic 9.2.2 - Example of branched pipe system (three reservoir problem)
Fluid Mechanics: Topic 13.6 - Introduction to modeling and similitude
10:25
Fluid Mechanics: Topic 13.6 - Introduction to modeling and similitude
Fluid Mechanics: Topic 13.4.1 - Finding the relationship between 2 pi groups using experimental data
7:27
Fluid Mechanics: Topic 13.4.1 - Finding the relationship between 2 pi groups using experimental data
360 Virtual Tour - Manufacturing Systems and Processes Laboratory (MFE 2010L)
7:49
360 Virtual Tour - Manufacturing Systems and Processes Laboratory (MFE 2010L)
Fluid Mechanics: Topic 13.3 - Ipsen's Method for finding pi groups
6:18
Fluid Mechanics: Topic 13.3 - Ipsen's Method for finding pi groups
Fluid Mechanics: Topic 13.2.2 - Example using Method of Repeating Variables
12:21
Fluid Mechanics: Topic 13.2.2 - Example using Method of Repeating Variables
Fluid Mechanics: Topic 13.2.1 - Example of finding the number of pi groups in dimensional analysis
3:36
Fluid Mechanics: Topic 13.2.1 - Example of finding the number of pi groups in dimensional analysis
The Engineering Student Experience Podcast (36) - What is a Dean?
46:24
The Engineering Student Experience Podcast (36) - What is a Dean?
Fluid Mechanics: Topic 13.2 - Method of Repeating Variables
19:49
Fluid Mechanics: Topic 13.2 - Method of Repeating Variables
Fluid Mechanics: Topic 13.1 - Introduction to dimensional analysis (Buckingham Pi Theorem)
8:49
Fluid Mechanics: Topic 13.1 - Introduction to dimensional analysis (Buckingham Pi Theorem)
360 Virtual Tour - Mechanics, Behavior, and Selection of Materials Laboratory
5:21
360 Virtual Tour - Mechanics, Behavior, and Selection of Materials Laboratory
The Engineering Student Experience Podcast (35) - What is a department chair?
1:06:04
The Engineering Student Experience Podcast (35) - What is a department chair?
360 Virtual Tour - Control of Mechanical Systems Laboratory
3:03
360 Virtual Tour - Control of Mechanical Systems Laboratory
The Engineering Student Experience Podcast (34) - What is professional licensure?
47:36
The Engineering Student Experience Podcast (34) - What is professional licensure?
Fluid Mechanics: Topic 11.2.2 - Navier-Stokes Equations (Part 2 of 2)
9:20
Fluid Mechanics: Topic 11.2.2 - Navier-Stokes Equations (Part 2 of 2)
Fluid Mechanics: Topic 11.2.1 - Navier-Stokes Equations (Part 1 of 2)
25:09
Fluid Mechanics: Topic 11.2.1 - Navier-Stokes Equations (Part 1 of 2)
Fluid Mechanics: Topic 9.2.1 - Example of flow through parallel pipes
14:25
Fluid Mechanics: Topic 9.2.1 - Example of flow through parallel pipes
Fluid Mechanics: Topic 9.2 - Introduction to pipe networks (pipes in series, parallel, branching)
9:52
Fluid Mechanics: Topic 9.2 - Introduction to pipe networks (pipes in series, parallel, branching)
The Engineering Student Experience Podcast (33) - What is Manufacturing Engineering?
44:45
The Engineering Student Experience Podcast (33) - What is Manufacturing Engineering?
Vector Statics - Example: Moment of Inertia
12:39
Vector Statics - Example: Moment of Inertia