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As a student engineer illustrate what design consideration you would like to account for parts manufactured by machining and forging.
A circular bas of 500mm length is hinghed freely at its two ends. It is performed upon by a central concentrated cyclic load having a minimum value of 20 kN and maximum value of 50kN. Evaluate the diameter of bar by taking factor of safety of 1.5, size effect of 0.85, surface complete factor of 0.9. The material properties of bar are provided by: ultimate strength of 650 upa, yield strength of 500 MPa and endurance strength of 350 MPa.
what is the maximum principle stress
a) By Gauss elimination method, solve x+2y+z =3 ; 2x+3y+3z =10 ; 3x-y+2z =13 b) Write a ‘C' program to find the solution of the above system of equations by Gauss Jordan meth
Determine the tension in the cord: Two blocks containing the weights and positions illustrated in Figure rest on a frame which rotates around its vertical axis at a constant s
Slip-On Flanges Slip-on flanges are limited to use under the following conditions: ASME/ANSI B16.5 standard forged flanges for design pressures and coincident temperatures n
Find out the moment of inertia of a semicircle: Find out the M. I. of a semicircle ABM around its periphery AB and also around centroidal axes x and y as illustrated in Figur
Nitrides, Silicides and Sulfides Nitrides contain very high melting point but initiate to oxidize at low temperature. They have poor resistance also to chemicals. Boron nitrid
what is angle of friction
Vitrification This is liquid phase sintering. It is achieved via incorporating a component that melts to viscous liquid during sintering. Such viscous liquid solidifies in gla
show that energy of an isolated system is conserved
Determine the maximum shear stress: A beam of triangular cross section of base width 120 mm & height 80 mm is subjected to a shear stress force of 3 kN. Determine the maximum
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