Advertisement

Lect-1,SOM-(Unit-Springs) Definition, Types of Springs, Formula, Stiffness of spring,Diagram

Lect-1,SOM-(Unit-Springs) Definition, Types of Springs, Formula, Stiffness of spring,Diagram हम से जुड़ने के लिए इस लिंक पर क्लिक करे और हमारे Facebook page को लाइक करे- Link-
Link- Mechanical Drafting के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Strength of Material के सभी Video को देखने के लिए इस लिंक पर क्लिक करे -
Link- Material Technology के सभी Video को देखने के लिए इस लिंक पर क्लिक करे -
Link- Manufacturing Process के सभी Video को देखने के लिए इस लिंक पर क्लिक करे -
Link- Applied Mechanicz के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Engineering Drawing के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Thermal Engineering के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Fluid Mechanics के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Theory of Machine के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- PPEC के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Modern Manufacturing (MPMM) के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link- Design of Machine Element के सभी Video को देखने के लिए इस लिंक पर क्लिक करे- 
Link What is Stress and Types of Stress-
Link What is Strain and Types of Strain-
Link What is Modulus of Elasticity or young's modulus-
Link What is Bulk modulus-
Link what is modulus of rigidity-
Link Derivation Deformation of a Body Due to Force Acting on it-
Link Part-1, Numerical Determine the Elongation of the Rod Due to Tensile Force-
Link Part-2, Numerical Find Stress and Deformation of The Hollow Cylinder due to Tensile Force-
Link Part-3, Numerical Find Internal Diameter of The Hollow Cylinder Subjected to Tensile Force-
Link Derivation Deformation of a Body Due to Self Weight-
Link Part-5, Numerical Deformation of a Body Due to Self Weight-
Link Part-6, Numerical Deformation of a Body Due to Self and External Weight-
Link Part-7, Numerical, Find Deflection When Cross-Section Area Same But No. of Forces Act on a Body-
Link Derivation of Tapered Circular Section-
Link Lect-14, SOM (Unit-Stress and Strain) Numerical on Tapered Circular Section-
Link Numerical on Stress in the bar of Circular composite-
Link Numerical on Stress in the bar of Rectangular composite section-
Link What is Poisson's Ratio and its Derivation-
Link Volumetric Strain of a Rectangular Body Subjected To an Axial Force-
Link Volumetric Strain of a Rectangular Body Subjected to Three Mutually Perpendicular Force-
Link Derivation Relation Between Bulk Modulus and Modulus of Elasticity-
Link Derivation Relation Between Modulus of Elasticity and Modulus of Rigidity-
Link Introduction & Derivation of Thermal stress & strain-
Link Numerical on Thermal stress & strain-
Link Numerical on Thermal stress & strain-
Link Gradually Applied Load-
Link Suddenly Applied Load-
Link-Impact Load Applied-
Link Principal Plane,Principal Stress,Axial Loading-
Link Mohr's Circle Numerical -
Link Introduction Bending Stresses in Beams-
Numerical on bending stresses part-1-
Link Numerical on Shear Stresses in Beams-
Link Numerical on T - Section-
Link Numerical on "I" - Section-
Link Deflection of Beam-
Link Column & Struts-

IN HINDI,AB CLASSES,spring,springs,what is spring,spring and its types in hindi,spring and its types,types of springs,types of spring in hindi,leaf spring,leaf spring in hindi,leaf spring formula,leaf spring diagram,helical spring,helical spring in hindi,types of helical springs,closed coiled helical spring,open coil helical spring,helical spring formula,spiral spring,stiffness of spring,helix angle,spring formula som,spring formula,spring index,som,

Post a Comment

0 Comments