16:33

LPP using SIMPLEX Method | Operations Research | Numerical-III | L18

20:39

LPP using SIMPLEX Method | Operations Research | Numerical-II | L17

21:50

LPP using SIMPLEX Method | Operations Research | Numerical-I | L16

04:42

LPP using Two Phase SIMPLEX Method | Operations Research | Theory | L19

15:38

LPP using SIMPLEX Method | Operations Research | Theory | L15

07:25

LPP using Graphical Solution | Operations Research | Numerical-IV | L14

07:42

LPP using Graphical Solution | Operations Research | Numerical-III | L13

09:17

LPP using Graphical Solution | Operations Research | Numerical-II | L12

10:45

LPP using Graphical Solution | Operations Research | Numerical-I | L11

06:59

LPP using Graphical Solution | Operations Research | Theory | L10

11:39

Mathematical Formulation of LPP in OR | Numericals | Set-II | L9

15:26

Mathematical Formulation of LPP in OR | Numericals | Set-I | L8

10:31

Areas of Application of Linear Programming in OR | Operations Research | Theory | L7

08:53

Application of Linear Programming Method in OR | Operations Research | Theory | L6

08:41

Assumptions in Linear Programming Models in OR | Operations Research | Theory | L5

09:29

Classification Schemes of Models in OR | Operations Research | Theory | L1.4

10:21

Types of Mathematical Models in OR | Operations Research | Theory | L1.3

09:30

Advantages and Limitations of Operations Research | Operations Research | Theory | L1.2

08:15

Introduction to Operations Research | Scope of OR | Operations Research | Theory | L1.1

08:47

Advantages | Limitations | Mathematical Formulation of LPP | Operations Research | Theory | L4

09:51

Requirements of Linear Programming Problem | Operations Research | Theory | L3

16:26

Introduction to Linear Programming | Operations Research | Theory | L2

15:59

Introduction to Operations Research | Operations Research | Theory | L1

11:00

What is Constant Strain Triangle(CST) in FEA | Basic Concepts | FEA Theory Lecture | L82

10:27

What is Linear Strain Triangle(LST) in FEA | Basic Concepts | FEA Theory Lecture | L81

11:07

Difference between CST & LST in FEA | Basic Concepts | FEA Theory Lecture | L80

11:32

MATLAB SIMULINK | Lecture 09 | MATLAB Advanced | R2018a

07:41

MATLAB Laplace Transforms | Fourier Transforms| FFT | Lecture 08 | MATLAB Advanced | R2018a

11:03

MATLAB Polynomials | Lecture 07 | MATLAB Advanced | R2018a

15:07

MATLAB Integration | Lecture 06 | MATLAB Advanced | R2018a

23:03

MATLAB Differential | Lecture 05 | MATLAB Advanced | R2018a

11:09

Hydrostatic Law | Numericals | Pressure and Its Measurement | Fluid Mechanics | L17

11:16

Hydrostatic Law | Derivation | Pressure and Its Measurement | Fluid Mechanics | L16

07:01

Pascal's Law | Numericals | Pressure and Its Measurement | Fluid Mechanics | L15

00:18

Plant Simulation Video | Technomatix | Plant Simulation Software

16:13

Pascal's Law | Derivation | Pressure and Its Measurement | Fluid Mechanics | L14

07:05

What is Pressure OR Intensity of Pressure? | Fluid Mechanics | L 13

09:56

Fluid Statics: Vapor Pressure, Cavitation Theory & Properties | L12

12:30

Capillarity | Capillary Rise & Fall | Numericals | Properties of Fluids | Fluid Statics | L11

13:21

Capillarity | Theory | Derivation | Properties of Fluids | Fluid Statics | L10

08:48

Surface Tension | Numericals | Properties of Fluids | Fluid Statics | L9

10:45

Surface Tension | Theory | Derivation | Properties of Fluids | Fluid Statics | L8

18:49

Dynamic & Kinematic Viscosity | Newton’s Law of Viscosity | Numericals | Properties of Fluids | L5.1

10:54

Significance of Material Properties in FEA | Basic Concepts | FEA Theory Lecture | L79

11:20

Equations of Elasticity in FEA | Basic Concepts | FEA Theory Lecture | L78

13:26

Advantages of Serendipity Elements in FEA | Basic Concepts | FEA Theory Lecture | L77

05:16

Concept of Serendipity in FEA | Basic Concepts | FEA Theory Lecture | L76

09:47

Axisymmetric Elements in FEA | Basic Concepts | FEA Theory Lecture | L75

10:42

Difference between CFD and FEA | Basic Concepts | FEA Theory Lecture | L74

16:46

Steps Involved in ANSYS Analysis | Basic Concepts | FEA Theory Lecture | L73

14:24

Applications of FEA | Basic Concepts | FEA Theory Lecture | L72

15:08

Disadvantages of FEA | Basic Concepts | FEA Theory Lecture | L71

11:25

Advantages of FEA | Basic Concepts | FEA Theory Lecture | L70

10:09

Steps Involved in FEA | Basic Concepts | FEA Theory Lecture | L69

09:27

Leaf Spring | Design | SOLIDWORKS

08:29

Shape Function | Importance in FEA | Basic Concepts | FEA Theory Lecture | L68

10:31

Linear v/s Non-Linear FEA | Basic Concepts | FEA Theory Lecture | L67

07:30

Isoparametric | Subparametric | Superparametric Element | Basic Concepts | FEA Theory Lecture | L66

13:59

H-Method and P-Method | h-refinement | p-refinement | Basic Concepts | FEA Theory Lecture | L65

07:46

Consistent and Lumped Mass Matrix in FEA | Basic Concepts | FEA Theory Lecture | L64