41:45

Design of Doubly Reinforced Beam Part 2: Sample Problem

16:56

Design of Doubly Reinforced Beam Part 1 : Principle

25:24

SRB Design Part 3: Singly Reinforced Beam Design Method 2

46:12

SRB Design Part 2: Singly Reinforced Beam Design Method 1

21:04

SRB Design Part 1: Singly Reinforced Beam Design Principles and Approach

26:18

Probability 5: Conditional Probability

26:31

SRB USD part 5: Singly Reinforced Beam Analysis Sample 3 - Transition Section

28:57

SRB USD part 4: Singly Reinforced Beam Analysis Sample 2 - Compression Controlled Section

31:51

SRB USD part 3: Singly Reinforced Beam Analysis Sample 1 - Tension Controlled Section

09:23

SRB USD part 2: Concept and approach for reduction factor Phi for Ultimate Strength Design

48:56

SRB part 1: Introduction to USD and Formula derivations

10:19

WSD part 3: Allowable Resisting Moment as per NSCP/ACI

34:20

WSD part 2: Cracked Section

27:01

WSD part 1: Working Stress Design Principles+ Uncracked Section Problem

06:17

Probability 4: Addition Rule - Joint Event Sample Problem 2

20:55

Probability 3: Addition Rule Intro / Set Operations Review / Sample Problem

11:28

Probability 2: Basic Sample Problem

11:25

Probability 1: Basics to Probability and Basic Sample Problem 1

01:14:58

CE Review: Strain - Mechanics of Deformable Bodies

01:02:00

CE Review: Shear Stress - Mechanics of Deformable Bodies

55:50

CE Review: Axial Stress and Introduction to Mechanics of Deformable Bodies

49:15

Complex Truss | Part 2 - Method of Substitution

23:05

Complex Truss | Part 1 - Determinate Trusses Overview and Support Computation

48:53

Hydraulics: Buoyancy

01:53

PICE Baguio vs PSIM Baguio| kalbo highlights (mej) | 1st PSIM Invitational Basketball Tournament

43:17

Hydraulics: Hydrostatic Pressure/Force (CE Board Exam Review Approach)

03:01

NON-ACAD RELATED: Civil Engg vs Archi Boxing Partner Play/Sparring

22:48

p.3 Vertical Distribution of Seismic Force (UBC 1997/NSCP 2015) Sample Problem

34:54

p.2 Seismic Base Shear Determination via Static Force Procedure (UBC 1997/NSCP 2015) Sample Problem

18:53

p.1 Seismic Base Shear Determination via Static Force Procedure (UBC 1997/NSCP 2015) INTRODUCTION

09:21

18. Physics: Mass Moment of Inertia

41:49

17. Physics: Moment of a Force, Torque, Center of Gravity

21:23

16. Physics- Rotating Bodies: Simple Sample Problems

17:31

15. Physics- Rotating Bodies: Angles in Radians, formula overview

31:06

14. Physics- Energy: Overview and Sample Problem

14:46

13. Physics- Work: Sample Problem

16:40

12. Physics- Work: Overview and Samples

21:41

11. Physics- Projectile Motion Sample: Initial Velocity at an angle ABOVE the horizontal

15:19

10. Physics- Projectile Motion Sample: Initial Velocity at an angle below the horizontal

18:59

9. Physics- Projectile Motion Sample: Initial Velocity Along the Horizontal

19:07

8. Physics- Projectile Motion Overview

29:19

7. Physics- Free Falling Bodies Sample Problems

21:22

6. Physics- Uniformly Accelerated Motion-Sample Problems p2

25:03

5. Physics- Uniformly Accelerated Motion-Sample Problems p1

19:20

4.Physics- Vector Addition Overview (Component Method)

28:53

3.Physics- Vectors Addition Overview (Algebraic, Parallelogram, Triangle, Polygon)

18:54

2. Physics- Vectors continuation

24:48

1. Physics-Introduction

40:34

Short Column with Biaxial Bending | Reciprocal Method and Load Contour Method

25:08

Short Column under Axial Compression with Uniaxial Bending | Interaction Diagram

56:08

Sample Problem: Short Column under Axial Compression with Uniaxial Bending | Analytic Method

29:45

INTRODUCTION: Short Column under Axial Compression with Uniaxial Bending

42:37

BSD Lecture Module 5: BSS

36:51

NSCP 2015: Design of Concentrically Loaded RC Short Column

47:36

NSCP 2015: RC Column Intro + Concentrically Loaded Columns

01:23:17

NSCP 2015: Reinforcement Detailing p1- Intro and Development Length of Tension Bars

48:20

Analysis of T-beam Principles and Example. USD

41:56

Problem Solving| Design of Doubly Reinforced Concrete Beams| Strength Design/USD | NSCP/ACI

32:27

Design of Doubly Reinforced Concrete Beams Introduction | Strength Design/USD | NSCP/ACI

38:29

p.1 Doubly Reinforced Concrete Beams | Strength Design/USD | Principles plus Derivations