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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
TRUSSES :- PROBLEM 01
Create Book Shelf in 3ds max | Simple Modelling in 3ds max | Technical Classes
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.20
SOM || R. S KHURMI || CHAPTER 7 || PRICIPAL STRESSES AND STRAINS || EXAMPLE 7.7
MECHANICAL VIBRATION || G.K GROVER || CHAPTER 3|| ILLUSTRATIVE EXAMPLE 3.3.4 || TECHNICAL CLASSES
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.30
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.1
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.23
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.11
LEAF SPRING: DEFLECTION, BENDING STRESS
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.3
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.9
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.29
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.18
FLUID MECHANICS || R.K BANSAL|| CHAPTER 2 || Properties of Fluids || Example 2.4
FLUID MECHANICS || R.K BANSAL|| CHAPTER 1 || Properties of Fluids || Example 1.5
TORSIONAL VIBRATION || G.K GROVER || TECHNICAL CLASSES || In HINDI
UVW MAP in 3ds max | Texturing in 3ds max| Technical Classes
How to Make Wall Clock in 3ds Max | Part 2 | 3ds max Tutorial | Technical Classes
Create Your Own House in 3ds max | Vray Camera and Sun Setup | Part 6.1 | 30’ * 50’ House Plan
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
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
