Civil Engineering

Micro-courses:30

Masonry Materials
21 Concepts

Masonry
14 Concepts

Wood
11 Concepts

Introduction to Concrete
11 Concepts

Aggregates and Water
16 Concepts

Fresh Concrete
8 Concepts

Strength of Concrete
18 Concepts

Mixing, Placing and Curing Concrete
12 Concepts

Admixtures
6 Concepts

10.

Elasticity, Creep, and Shrinkage in Concrete
12 Concepts

11.

Permeability of Concrete
6 Concepts

12.

Freezing and Thawing in Concrete
5 Concepts

13.

Design Examples
6 Concepts

14.

Fluid Properties
9 Concepts

15.

Fluid Statics
8 Concepts

16.

Fluid Dynamics
8 Concepts

17.

Fluid Kinematics
7 Concepts

18.

Finite Control Volume Analysis
9 Concepts

19.

Differential Analysis of Fluid Flow
10 Concepts

20.

Dimensional Analysis, Similitude, and Modeling
8 Concepts

21.

Flow in Pipes
13 Concepts

22.

Flow over Immersed Bodies
5 Concepts

23.

Open Channel Flow
11 Concepts

24.

Introduction to Surveying
10 Concepts

25.

Leveling
7 Concepts

26.

Angles and Directions
6 Concepts

27.

Traverse and Topographic Surveying
9 Concepts

28.

Horizontal and Vertical Curves
10 Concepts

29.

Global Positioning System (GPS)
6 Concepts

30.

Geographic Information Systems (GIS)
9 Concepts

01:27

1.
Dimensional Analysis

01:09

2.
The Buckingham Pi Theorem

01:15

3.
Determination of Pi Terms

01:15

4.
Dimensionless Groups in Fluid Mechanics

01:23

5.
Correlation of Experimental Data

01:12

6.
Modeling and Similitude

01:30

7.
Typical Model Studies

01:21

8.
Design Example: Creating a Hydraulic Model of a Dam Spillway

Civil Engineering

Micro-courses:30

Masonry Materials
21 Concepts

Masonry
14 Concepts

Wood
11 Concepts

Introduction to Concrete
11 Concepts

Aggregates and Water
16 Concepts

Fresh Concrete
8 Concepts

Strength of Concrete
18 Concepts

Mixing, Placing and Curing Concrete
12 Concepts

Admixtures
6 Concepts

10.

Elasticity, Creep, and Shrinkage in Concrete
12 Concepts

11.

Permeability of Concrete
6 Concepts

12.

Freezing and Thawing in Concrete
5 Concepts

13.

Design Examples
6 Concepts

14.

Fluid Properties
9 Concepts

15.

Fluid Statics
8 Concepts

16.

Fluid Dynamics
8 Concepts

17.

Fluid Kinematics
7 Concepts

18.

Finite Control Volume Analysis
9 Concepts

19.

Differential Analysis of Fluid Flow
10 Concepts

20.

Dimensional Analysis, Similitude, and Modeling
8 Concepts

21.

Flow in Pipes
13 Concepts

22.

Flow over Immersed Bodies
5 Concepts

23.

Open Channel Flow
11 Concepts

24.

Introduction to Surveying
10 Concepts

25.

Leveling
7 Concepts

26.

Angles and Directions
6 Concepts

27.

Traverse and Topographic Surveying
9 Concepts

28.

Horizontal and Vertical Curves
10 Concepts

29.

Global Positioning System (GPS)
6 Concepts

30.

Geographic Information Systems (GIS)
9 Concepts

01:27

1.
Dimensional Analysis

01:09

2.
The Buckingham Pi Theorem

01:15

3.
Determination of Pi Terms

01:15

4.
Dimensionless Groups in Fluid Mechanics

01:23

5.
Correlation of Experimental Data

01:12

6.
Modeling and Similitude

01:30

7.
Typical Model Studies

01:21

Masonry Materials21 Concepts

Masonry14 Concepts

Wood11 Concepts

Introduction to Concrete11 Concepts

Aggregates and Water16 Concepts

Fresh Concrete8 Concepts

Strength of Concrete18 Concepts

Mixing, Placing and Curing Concrete12 Concepts

Admixtures6 Concepts

Elasticity, Creep, and Shrinkage in Concrete12 Concepts

Permeability of Concrete6 Concepts

Freezing and Thawing in Concrete5 Concepts

Design Examples6 Concepts

Fluid Properties9 Concepts

Fluid Statics8 Concepts

Fluid Dynamics8 Concepts

Fluid Kinematics7 Concepts

Finite Control Volume Analysis9 Concepts

Differential Analysis of Fluid Flow10 Concepts

Dimensional Analysis, Similitude, and Modeling8 Concepts

Flow in Pipes13 Concepts

Flow over Immersed Bodies5 Concepts

Open Channel Flow11 Concepts

Introduction to Surveying10 Concepts

Leveling7 Concepts

Angles and Directions6 Concepts

Traverse and Topographic Surveying9 Concepts

Horizontal and Vertical Curves10 Concepts

Global Positioning System (GPS)6 Concepts

Geographic Information Systems (GIS)9 Concepts

Dimensional Analysis, Similitude, and Modeling

1. Dimensional Analysis

2. The Buckingham Pi Theorem

3. Determination of Pi Terms

4. Dimensionless Groups in Fluid Mechanics

5. Correlation of Experimental Data

6. Modeling and Similitude

7. Typical Model Studies

8. Design Example: Creating a Hydraulic Model of a Dam Spillway

Masonry Materials21 Concepts

Masonry14 Concepts

Wood11 Concepts

Introduction to Concrete11 Concepts

Aggregates and Water16 Concepts

Fresh Concrete8 Concepts

Strength of Concrete18 Concepts

Mixing, Placing and Curing Concrete12 Concepts

Admixtures6 Concepts

Elasticity, Creep, and Shrinkage in Concrete12 Concepts

Permeability of Concrete6 Concepts

Freezing and Thawing in Concrete5 Concepts

Design Examples6 Concepts

Fluid Properties9 Concepts

Fluid Statics8 Concepts

Fluid Dynamics8 Concepts

Fluid Kinematics7 Concepts

Finite Control Volume Analysis9 Concepts

Differential Analysis of Fluid Flow10 Concepts

Dimensional Analysis, Similitude, and Modeling8 Concepts

Flow in Pipes13 Concepts

Flow over Immersed Bodies5 Concepts

Open Channel Flow11 Concepts

Introduction to Surveying10 Concepts

Leveling7 Concepts

Angles and Directions6 Concepts

Traverse and Topographic Surveying9 Concepts

Horizontal and Vertical Curves10 Concepts

Global Positioning System (GPS)6 Concepts

Geographic Information Systems (GIS)9 Concepts

Dimensional Analysis, Similitude, and Modeling

1. Dimensional Analysis

2. The Buckingham Pi Theorem

3. Determination of Pi Terms

4. Dimensionless Groups in Fluid Mechanics

5. Correlation of Experimental Data

6. Modeling and Similitude

7. Typical Model Studies

8. Design Example: Creating a Hydraulic Model of a Dam Spillway

Masonry Materials
21 Concepts

Masonry
14 Concepts

Wood
11 Concepts

Introduction to Concrete
11 Concepts

Aggregates and Water
16 Concepts

Fresh Concrete
8 Concepts

Strength of Concrete
18 Concepts

Mixing, Placing and Curing Concrete
12 Concepts

Admixtures
6 Concepts

Elasticity, Creep, and Shrinkage in Concrete
12 Concepts

Permeability of Concrete
6 Concepts

Freezing and Thawing in Concrete
5 Concepts

Design Examples
6 Concepts

Fluid Properties
9 Concepts

Fluid Statics
8 Concepts

Fluid Dynamics
8 Concepts

Fluid Kinematics
7 Concepts

Finite Control Volume Analysis
9 Concepts

Differential Analysis of Fluid Flow
10 Concepts

Dimensional Analysis, Similitude, and Modeling
8 Concepts

Flow in Pipes
13 Concepts

Flow over Immersed Bodies
5 Concepts

Open Channel Flow
11 Concepts

Introduction to Surveying
10 Concepts

Leveling
7 Concepts

Angles and Directions
6 Concepts

Traverse and Topographic Surveying
9 Concepts

Horizontal and Vertical Curves
10 Concepts

Global Positioning System (GPS)
6 Concepts

Geographic Information Systems (GIS)
9 Concepts

1.
Dimensional Analysis

2.
The Buckingham Pi Theorem

3.
Determination of Pi Terms

4.
Dimensionless Groups in Fluid Mechanics

5.
Correlation of Experimental Data

6.
Modeling and Similitude

7.
Typical Model Studies

8.
Design Example: Creating a Hydraulic Model of a Dam Spillway

Masonry Materials
21 Concepts

Masonry
14 Concepts

Wood
11 Concepts

Introduction to Concrete
11 Concepts

Aggregates and Water
16 Concepts

Fresh Concrete
8 Concepts

Strength of Concrete
18 Concepts

Mixing, Placing and Curing Concrete
12 Concepts

Admixtures
6 Concepts

Elasticity, Creep, and Shrinkage in Concrete
12 Concepts

Permeability of Concrete
6 Concepts

Freezing and Thawing in Concrete
5 Concepts

Design Examples
6 Concepts

Fluid Properties
9 Concepts

Fluid Statics
8 Concepts

Fluid Dynamics
8 Concepts

Fluid Kinematics
7 Concepts

Finite Control Volume Analysis
9 Concepts

Differential Analysis of Fluid Flow
10 Concepts

Dimensional Analysis, Similitude, and Modeling
8 Concepts

Flow in Pipes
13 Concepts

Flow over Immersed Bodies
5 Concepts

Open Channel Flow
11 Concepts

Introduction to Surveying
10 Concepts

Leveling
7 Concepts

Angles and Directions
6 Concepts

Traverse and Topographic Surveying
9 Concepts

Horizontal and Vertical Curves
10 Concepts

Global Positioning System (GPS)
6 Concepts

Geographic Information Systems (GIS)
9 Concepts

1.
Dimensional Analysis

2.
The Buckingham Pi Theorem

3.
Determination of Pi Terms

4.
Dimensionless Groups in Fluid Mechanics

5.
Correlation of Experimental Data

6.
Modeling and Similitude

7.
Typical Model Studies

8.
Design Example: Creating a Hydraulic Model of a Dam Spillway