31:59

Precast Concrete - 5 - Example 1 - Post-Installed Adhesive Anchor

46:58

Precast Concrete - 4 - Example 2 - Corbel Design

49:34

Precast Concrete - 4 - Example 1 - Column Design

01:11:19

Precast Concrete - 3 - Example 1 - Precast Beam Design

15:48

Precast Concrete - 2 - Example 4 - Muller-Breslau Principle for Influence Lines

11:46

Precast Concrete - 2 - Example 3 - Influence Lines

23:52

Precast Concrete - 2 - Example 2 - Live Load Distribution Factors for Bridges

09:50

Precast Concrete - 2 - Example 1 - Loads on Building

28:08

Prestressed Concrete Design - 11 - Example 1 - Prestress Loss Estimation w/ AASHTO and PCI Handbook

26:41

Prestressed Concrete Design - 10 - Example 4 - Double-Tee Shear Design with ACI 318-19

37:41

Prestressed Concrete Design - 9 - Example 1 - Design for Flexure

39:55

Prestressed Concrete Design - 8 - Flexural Strength

12:22

Prestressed Concrete Design - 8 - Example 4 - Nominal Moment using Strain Compatibility

07:01

Prestressed Concrete Design - 8 - Example 3 - ACI 318 Minimum Flexural Reinforcement Requirement

14:50

Prestressed Concrete Design - 8 - Example 2 - Nominal Moment with ACI Approach for T-Beam

24:32

Prestressed Concrete Design - 6 - Example 2 - Using Strain Compatibility w/Sustained Loads (2/15/21)

09:42

Prestressed Concrete Design - 8 - Example 1 - Nominal Moment with ACI Approach

23:46

Prestressed Concrete Design - 6 - Example 3 - Strain Compatibility with Composite Sections (2/15/21)

27:39

Prestressed Concrete Design - 7 - Example 4 - Stress/Deflection using Force-in-the-Tendon

58:26

Prestressed Concrete Design - 7 - Stresses with Force-in-the-Tendon Approach

12:45

Prestressed Concrete Design - 7 - Example 3 - Deflections using Force-in-the-Tendon Approach

28:26

Prestressed Concrete Design - 7 - Example 2 - Force-in-the-Tendon Approach for Service Stresses

17:01

Prestressed Concrete Design - 7 - Example 1 - Force-in-the-Tendon Approach for Release Stresses

56:58

Prestressed Concrete Design - 6 - Stresses with Strain Compatibility Approach

19:05

Prestressed Concrete Design - 6 - Example 1 - Calculating Stress using Strain Compatibility

15:50

Prestressed Concrete Design - 5 - Example 4 - Using RESPONSE2000 for Factored M-N Diagram

11:44

Prestressed Concrete Design - 5 - Example 3 - Finding Deflection using Moment-Area Theorem

25:06

Prestressed Concrete Design - 5 - Example 2 - Moment-Curvature using Rectangular Stress Block

41:02

Prestressed Concrete Design - 5 - Response to Flexure

13:01

Prestressed Concrete Design - 5 - Example 1 - Moment-Curvature Plot using RESPONSE2000

16:40

Prestressed Concrete Design - 4 - Example 4 - Response to Axial Loads with Tension Stiffening

51:26

Prestressed Concrete Design - 4 - Response to Axial Load

37:58

15 - Adv. RC Design Lectures - Instant Design

54:53

14 - Adv. RC Design Lectures - Bond and Anchorage

43:18

13 - Adv. RC Design Lectures - Shear Walls

33:02

12 - Adv. RC Design Lectures - Shear Resistance of Columns

40:38

11 - Example 1 - Strut-and-Tie Method (STM) for Inverted-T Deep Beam

59:50

11 - Adv. RC Design Lectures - Strut-and-Tie Method (updated 8/3/20)

23:19

10 - Example 1 - Shear of Reinforced Concrete Beam without Shear Reinforcement (updated 8/3/20)

55:56

10 - Adv. RC Design Lectures - Shear (updated 8/3/20)

41:02

9 - Adv. RC Design Lectures - Slender Columns (updated 8/3/20)

38:37

8 - Adv. RC Design Lectures - Short Columns (updated 8/3/20)

01:03:51

7 - Adv. RC Design Lectures - Flexural Behavior (updated 7/28/20)

22:20

5 - Adv. RC Design Lectures - Confinement of Reinforced Concrete (updated 7/28/20)

40:03

Prestressed Concrete Design - 11 - Example 2 - Prestress Loss Estimation w/ AASHTO and PCI Handbook

01:09:47

Prestressed Concrete Design - 11 - Prestress Loss

36:18

Prestressed Concrete Design - 10 - Example 3 - FIB Shear Analysis with ACI 318-19 and AASHTO LRFD

57:36

Prestressed Concrete Design - 10 - Design for Shear (updated 3/18/20)

28:57

Prestressed Concrete Design - 10 - Example 2 - Design for Shear using AASHTO LRFD

33:51

Prestressed Concrete Design - 10 - Example 1 - Design for Shear using ACI 318-19

55:44

Prestressed Concrete Design - 9 - Design for Flexure

50:23

Prestressed Concrete Design - 9 - Example 2 - Design for Flexure

10:55

Prestressed Concrete Design - 9 - Example 3 - Composite Section Properties

15:31

Prestressed Concrete Design - 8 - Example 7 - Nominal Moment of Section with HSSS Strands

13:04

Prestressed Concrete Design - 8 - Example 6 - Nominal Moment of Section with CFRP Strands

15:25

Prestressed Concrete Design - 8 - Example 5 - Nominal Moment of Section with CFRP Strands

19:23

Prestressed Concrete Design - 4 - Example 3 - Response to Axial Loads using Decompression Force

17:05

Prestressed Concrete Design - 4 - Example 2 - Response to Axial Load Including Time Effects

23:52

Prestressed Concrete Design - 4 - Example 1 - General Response to Axial Loads

01:05:03

Prestressed Concrete Design - 3 - Prestressing Technology