Helical Spring || solid mechanics || class 1

Flow over notches and weirs|| fluid ||

Time required to emptying a tank Through in an orifice at it’s bottom ||

Torsion || solid mechanics|| class 5

Conjuget Beam Method || deflection of beam || cls 01

Fourier Series ||Mathematics || cls 01

Gauss Forward & backward interpolation formula ||

large rectangular orifice and Mouthpieces. || fluid||

interpolation || Newton back & forward difference || class 2

Interpolation || Newton back & forward difference || class 3

Torsion || class 4

Torsion || class 3

Straight Line || 3d geometry || cls 02

Deflection of beam || area moment method || cls 03

Venturimeter & pitot tube || Dynamic Fluid ||

Interpolation || Numerical analysis || class 01

Orifice || Fluid Mechanics ||

Straight Line || 3d geometry || problems || class 01

Differential U- tube & Inverted manometer || Fluid||

The plane || 3D geometry || problems... class 04

Torsion || problems || class 02

Area moment method || problem || class 2

Torsion || SM 2|| cls 01

Solution of systems of non Linear equation ||, Iteration & NR method || cls 1

The Plane || problem solve || cls 03

Moment Area Method || Deflection Of Beam|| class 01

fluid pressure measurement || class 03

fluid dynamic || class 01 || fluid mechanics||

U-tube manometer || concept & Problem || pressure measurement || class 3

Secant Method || cls 01 || Numerical Analysis...