TECHNICAL CLASSES

DERIVATION OF FIFFERENTIAL EQUATION FOR SIMPLE PENDULUM || G. K GROVER BOOK || TECHNICAL CLASSES

5 IMPORTANT TIPS for 3ds max | Reset 3ds max | Technical Classes

How to Make a Bed in 3ds Max | 3ds max Tutorial | Technical Classes

Bloom and Glare Effect in VRAY 5 2021 | Bloom effect in 3ds max | Technical Classes

Export 3ds max model in .FBX | Technical Classes

Create God Rays in 3ds max | VRay Environment Fog | Technical Classes

HEAT AND MASS TRANSFER: CONDUCTION PROBLEM-01

LOGERTHEMIC MEAN TEMPERATURE DIFFERENCE (LMTD)

3. FLUID PROPERTIES || COMPRESSIBILITY , BULK MODULUS AND SURFACE TENSION

STRENGTH OF MATERIAL || R. S. KHURMI ||CHAPTER 4 || Example 4.15

STRENGTH OF MATERIAL || R. S. KHURMI || CHAPTER 5 || Example 5.5

STRENGTH OF MATERIAL || R. S. KHURMI ||CHAPTER 4 || Exercise 4.2.2

STRENGTH OF MATERIAL || R. S. KHURMI ||CHAPTER 4 || Example 4.12

Normal and tangential stresses (Direct stress in two perpendicular plane with shear stress)

How to Make a Chair in 3ds Max | 3ds max Tutorial | Technical Classes

MECHANICAL VIBRATION || G.K GROVER || CHAPTER 3|| ILLUSTRATIVE EXAMPLE 3.3.3 || TECHNICAL CLASSES

SOM || R. S KHURMI || CHAPTER 7 || PRICIPAL STRESSES AND STRAINS || EXAMPLE 7.17

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.15

MECHANICAL VIBRATION || G.K GROVER || CHAPTER 3|| ILLUSTRATIVE EXAMPLE 3.7.1 || TECHNICAL CLASSES

3ds Max In Hindi| Basics | Lesson 8 | Editable Poly (Edit Border) | Editable Poly 3ds max Tutorial |

3ds Max In Hindi |Basics |Lesson 9 |Editable Poly(Edit Polygons)| Editable Poly 3ds max Tutorial

DEFLECTION OF BEAM || SIMPLY SUPPORTED BEAM WITH POINT LOAD || DOUBLE INTEGRATION METHOD

SOM || R. S KHURMI || CHAPTER 7 || PRICIPAL STRESSES AND STRAINS || EXAMPLE 7.8

DERIVATION OF FIFFERENTIAL EQUATION FOR SIMPLE PENDULUM || G. K GROVER BOOK || TECHNICAL CLASSES

FLUID MECHANICS || R.K BANSAL|| CHAPTER 2 || Properties of Fluids || Example 2.5

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.14

FLUID MECHANICS || R.K BANSAL|| CHAPTER 2 || Properties of Fluids || Example 2.6

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.21

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.31

SOM || R. S KHURMI || CHAPTER 9 || Centre of Gravity || Example 9.1

MECHANICAL VIBRATION || G.K GROVER || CHAPTER 3|| ILLUSTRATIVE EXAMPLE 3.4.1 || TECHNICAL CLASSES

Volumetric strain of a rectangular body subjected to an axial force

how to use Slot(straight slot, center point arc slot and many more) command in SOLIDWORKS

How to Make Table in 3ds Max | Part 1 | 3ds max Tutorial | Technical Classes

how to use Shell command in solidworks.

Balancing - Part 9 - Variation of Tractive Force

Darcy–Weisbach equation || Major losses || Friction loss || Technical classes

3ds Max In Hindi | Basics| Lesson 7 |Editable Poly (Edit Edges)| Editable Poly 3ds max tutorial

STRENGTH OF MATERIAL || R. S. KHURMI ||CHAPTER 4 || Example 4.1

SOM || R. S KHURMI || CHAPTER 13 || Bending Moment and Shear Force || Example 13.9

How to Make Table LAMP in 3ds max | Part 2 | Simple Modelling | Technical Classes

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.17

CYCLIC RELATION AMONG WITH THERMODYNAMIC PROPERTIES like P,V AND T

HOW TO CREATE A 3D SCREW IN SOLIDWORKS

3ds Max In Hindi | Basics | Lesson 4 | Align and Mirror | Technical Classes

Ice Cream Modelling in 3ds Max | Part 1 | 3ds max Tutorial | Technical Classes

MECHANICAL VIBRATION || G.K GROVER || CHAPTER 2|| ILLUSTRATIVE EXAMPLE 2.6.3 || TECHNICAL CLASSES

3ds Max In Hindi | Basics | Lesson 6 | Editable Poly Vertices | Editable Poly 3ds max Tutorial

PBR Material in 3dsmax | Diffuse Map, Roughness Map, Reflectivity Map, Bump Map, Displacement Map

FLUID MECHANICS || R.K BANSAL|| CHAPTER 2 || Properties of Fluids || Example 2.2

FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.32