Hello friends it’s Vrund Bhatt here and this is my channel VHB tutorial.The main agenda of this channel is to explain the theories of mechanical engineering in a simplified way. So here I will be uploading the videos that will assist you to understand the basic topics of engineering. So here’s my small initiative in the emerging field of online education.

Displacement,Strain and Stress Relationship in FEA | FEA | Shape Function | Natural Coordinates
22:19
Displacement,Strain and Stress Relationship in FEA | FEA | Shape Function | Natural Coordinates
Global stiffness Matrix | problems on 1D bar element | Elimination Approach in FEA | FEA | Lecture 3
27:05
Global stiffness Matrix | problems on 1D bar element | Elimination Approach in FEA | FEA | Lecture 3
Introduction to FEA | Finite Element Analysis | CAD | Finite Element Method | GTU | Lecture 1
27:15
Introduction to FEA | Finite Element Analysis | CAD | Finite Element Method | GTU | Lecture 1
Elemental Stiffness Matrix Derivation | introduction to FEA | Finite Element analysis | Lecture 2
21:11
Elemental Stiffness Matrix Derivation | introduction to FEA | Finite Element analysis | Lecture 2
Fixed points in Complex analysis | Bilinear Transformation | invariant points in Complex analysis
5:15
Fixed points in Complex analysis | Bilinear Transformation | invariant points in Complex analysis
Cross Ratio in Complex analysis| Bilinear Transformation | Invariant or fixed point | VHB Tutorials
12:28
Cross Ratio in Complex analysis| Bilinear Transformation | Invariant or fixed point | VHB Tutorials
LMTD for Counter Flow Heat Exchanger | LMTD for Counter Flow Heat Exchanger Derivation
34:33
LMTD for Counter Flow Heat Exchanger | LMTD for Counter Flow Heat Exchanger Derivation
LMTD for Parallel Flow Heat Exchanger Derivation | part 2 | Heat Exchanger | Parallel flow
31:16
LMTD for Parallel Flow Heat Exchanger Derivation | part 2 | Heat Exchanger | Parallel flow
LMTD for Parallel flow Heat Exchanger | Part 1 | Heat Exchanger | Parallel Flow Heat Exchanger
24:05
LMTD for Parallel flow Heat Exchanger | Part 1 | Heat Exchanger | Parallel Flow Heat Exchanger
Introduction to Heat Exchanger | Classification of Heat Exchanger | Counter and parallel flow HE
19:39
Introduction to Heat Exchanger | Classification of Heat Exchanger | Counter and parallel flow HE
Heat Conduction Through Composite Cylinder | Heat Conduction Through Composite Hollow cylinder
27:15
Heat Conduction Through Composite Cylinder | Heat Conduction Through Composite Hollow cylinder
Heat Conduction Through Hollow Cylinder | Heat Conduction Through Cylinder | Heat Transfer
36:04
Heat Conduction Through Hollow Cylinder | Heat Conduction Through Cylinder | Heat Transfer
Heat Conduction Through Composite Wall | Heat Conduction Through Composite plane wall | part 3
34:03
Heat Conduction Through Composite Wall | Heat Conduction Through Composite plane wall | part 3
Heat Conduction Through Composite Wall | Heat Conduction Through Composite plane wall | part 2
37:31
Heat Conduction Through Composite Wall | Heat Conduction Through Composite plane wall | part 2
Heat Conduction Through Composite Wall | Heat Conduction Through composite Plane wall | Part 1
16:54
Heat Conduction Through Composite Wall | Heat Conduction Through composite Plane wall | Part 1
Critical Radius of insulation | Critical Thickness of insulation for Cylinder | Heat Transfer
25:47
Critical Radius of insulation | Critical Thickness of insulation for Cylinder | Heat Transfer
Heat conduction Through Plane Wall examples | Heat Conduction Through plane wall | #VHBTutorials
10:32
Heat conduction Through Plane Wall examples | Heat Conduction Through plane wall | #VHBTutorials
Heat conduction Through Plane wall | Thermal Resistance | Heat transfer | Lecture 6
16:47
Heat conduction Through Plane wall | Thermal Resistance | Heat transfer | Lecture 6
Energy Method | Energy method in Vibrations | Energy method to find natural frequency #VHBTutorials
24:22
Energy Method | Energy method in Vibrations | Energy method to find natural frequency #VHBTutorials
Energy Conservation in Spring Mass System | Vertical Springs and Energy Conservation | VHB Tutorials
34:22
Energy Conservation in Spring Mass System | Vertical Springs and Energy Conservation | VHB Tutorials
General Heat conduction equation in Cylindrical Coordinates | Heat Transfer | Heat Conduction
40:30
General Heat conduction equation in Cylindrical Coordinates | Heat Transfer | Heat Conduction
Mobius Transformation | Bilinear Transformation | Complex Transformation | w=sinz examples
18:02
Mobius Transformation | Bilinear Transformation | Complex Transformation | w=sinz examples
Natural Frequency of Simple Pendulum | Transverse Vibrations | Simple Pendulum
18:26
Natural Frequency of Simple Pendulum | Transverse Vibrations | Simple Pendulum
Spring Combinations | Cutting of spring | Equivalent spring mass system
25:34
Spring Combinations | Cutting of spring | Equivalent spring mass system
General Heat Conduction Equation in Cartesian Coordinates | Diffusion Equation | Fourier's law
37:52
General Heat Conduction Equation in Cartesian Coordinates | Diffusion Equation | Fourier's law
W=sinz | W=sinz Mapping | w= sinz Transformation | Complex Transformation
30:11
W=sinz | W=sinz Mapping | w= sinz Transformation | Complex Transformation
Fourier's law of heat conduction | Fourier's law | Fourier's law of heat conduction in hindi
12:40
Fourier's law of heat conduction | Fourier's law | Fourier's law of heat conduction in hindi
Natural frequency of spring mass system | spring mass system | Mechanical vibrations | Vibration
19:59
Natural frequency of spring mass system | spring mass system | Mechanical vibrations | Vibration
Introduction to Vibration | Introduction to Dynamics of Machinery | DOM
10:14
Introduction to Vibration | Introduction to Dynamics of Machinery | DOM
Different modes of Heat transfer | Conduction | Convection | Radiation | Heat Transfer | Lecture 2
13:25
Different modes of Heat transfer | Conduction | Convection | Radiation | Heat Transfer | Lecture 2