21:46

Kinematics | Kinematic Equations | Erratic Motion | Part C | DLH

38:16

Kinematics | Average Velocity Vs Instantaneous Velocity | Acceleration | Part B | DLH

35:13

Kinematics | Rectilinear Vs Curvilinear Motion | Distance, Displacement and Speed | Part A | DLH

49:20

Earthquake Engineering | Conventional Retrofitting Techniques | Degree of Freedom | Lecture No 08

01:06:10

Earthquake Engineering | Structural Vs Non Structural Elements | Retrofitting | Lecture No 07 | DLH

01:00:35

Earthquake Engineering | Frequency Vs Period of Building | Seismic Design Approaches | Lecture No 06

01:22:13

Earthquake Engineering | Damping and its Types | Application and Roles of Damping | Lecture No 05

01:08:41

Earthquake Engineering | Disaster Management | Goals | Types of Disaster | Lecture No 04-B | DLH

09:53

Earthquake Engineering | Disaster Management | Disaster Vs Hazard | Vulnerability | Lecture No 04-A

01:50:01

Earthquake | Pangea | Tectonic Plates | Types of Plate Boundaries | Ring of Fire | Lecture No 03

01:57:14

Earthquake | Seismic Intensity Scales | Impacts of Earthquake | Faults | Isostasy | Lecture No 02

01:28:34

Earthquake | Basic Terms | Major Layers of Earth | Seismic Waves | Lecture No 01 | DLH

28:08

Friction | Impending Tipping - Solved Examples | Part E | DLH

36:51

Friction | Wheel Friction | Impending Tipping | Part D | DLH

35:46

Friction | Wedge Friction | Ladder Friction | Wheel Friction | Part C | DLH

01:03:03

Friction | Angle of Repose | Cone of Friction | Solved Examples | Part B | DLH

01:29:37

Friction | Types of Friction | Coulomb's Theory of Friction | Impending Motion | Part A | DLH

29:53

Moment of Inertia | Product of Inertia | Perpendicular Axis Theorem | Section Modulus | Part B | DLH

38:01

Moment of Inertia | Parallel Axis Theorem | Part A | Engineering Mechanics | DLH

17:51

Concavity of Parabola in Shear Force and Bending Moment Diagram | Engineering Mechanics | DLH

01:02:18

Probability | General and Specific Discrete Probability Distribution| Lecture 6 | DLH

52:57

Probability | Probability Distribution | Discrete Random Variables | Lecture 5 | DLH

51:51

Probability | Multiplication Rule | Random Variables | Types of Random Variables | Lecture 4 | DLH

01:07:33

Probability | Permutation and Combination | Lecture 3 | Part B | DLH

40:44

Probability | Sequential Events | Tree Diagram | Permutation Vs Combination Lecture 3 | Part A | DLH

01:52:11

Probability | Morgan's Law | Set Theory Applications | Conditional Probability | Lecture 2 | Part C

20:27

Probability | Combining the Rules | Concept + Solved Examples | Lecture 2 | Part B | DLH

40:19

Probability | Set Theory | Basic Axioms of Probability | Lecture 2 | Part A | DLH

32:50

Probability Solved Examples | Chance | Classification of Events | Lecture 1 | Part D | DLH

35:31

Probability | Event / Trial | Venn Diagram | Randomness | Biasness | Lecture 1 | Part C | DLH

14:19

Probability | Random Experiment | Outcome | Sample Space | Lecture 1 | Part B | DLH

18:06

Probability | Basics | Lecture 1 | Part A | DLH

33:55

Fubini's Theorem | Iterated Integral | Applied Calculus | DLH

27:30

3D Geometry | Part D | Applied Calculus | DLH

58:14

3D Geometry | Part C | Applied Calculus | DLH

01:05:32

3D Geometry | Part B | Applied Calculus | DLH

50:29

Numerical Integration Solved Examples| Part B| Trapezoidal Rule| Simpson's 1/3rd & 3/8th Rule| DLH

57:03

Numerical Integration | Part A | Trapezoidal Rule | Simpson's 1/3rd & 3/8th Rule | DLH

48:42

3D Geometry | Introductory Lecture | Part A | Applied Calculus | DLH

08:12

Comparison between Trigonometric and Hyperbolic Trigonometric Functions| Applied Calculus| DLH

51:04

Hyperbolic Functions | Identities for Hyperbolic Functions | Applied Calculus| DLH

47:10

Integration | Part C | Area Between Curves | Applied Calculus| DLH

44:06

Integration | Part B | Chain Rule in Reverse| Applications of Integration| Applied Calculus| DLH

01:08:22

Integration | Part A | Introductory Lecture| Substitution Rule| Applied Calculus| DLH

01:20:00

Compression Members | Introductory Lecture | Steel Structures | DLH

47:07

Newton's Forward and Backward Interpolation Formula | Solved Examples | Numerical Differentiation

01:07:06

LU Decomposition Method for finding the Inverse of the Matrix (Part B) | Solved Example | DLH

29:44

LU Decomposition Method for finding the Inverse of the Matrix (Part A) | Introduction | DLH

01:23:42

Welded Connections Solved Examples | Design of Steel Structures | DLH

01:24:55

Bolted Connections Solved Examples | Design of Steel Structures | DLH

50:11

Welding Process According to Source of Heat | Specifications and Code Requirements | DLH

01:03:15

Welded Connections | Types and Parts of Welding | DLH

55:15

Possible Bolted Shear Failure Mechanism | Types of Bolted Connections | DLH

52:10

Design and Analysis of Bolted Connections | Types and Parts of Bolts | DLH

39:42

Concepts in Structural Steel Design | Different types of Loads on Steel Structures | DLH

49:07

Cofactor Method for finding the Inverse of the Matrix | DLH

01:01:06

Inverse of a Matrix | Properties of an Invertible Matrices | DLH

58:39

Properties of Determinants | Cramer's Rule | Inverse of a Matrix | DLH