Slope Deflection Method
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Ghulam Mustafa
Solve the problem by Slope deflection Method
Moment Distribution Method
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Ghulam Mustafa
Solve the Given by Moment Distribution Method
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Determine the vertical displacement at point A of the steel beam (E = 200 Gpa, I = 9.5*10^6 mm^4), represented in the figure, using the energy method (Energy Conservation and/or Castigliano’s Theorem), when w = 10 kN/m
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vthg99
Determine the vertical displacement at point A of the steel beam (E = 200 Gpa, I = 9.5*10^6 mm^4), represented in the figure, using the energy method (Energy Conservation and/or Castigliano's Theorem), when w = ...
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Each member of the truss shown in Fig. 2b is made of steel and has a uniform cross section area os 1200 mm2. Use the principle os conservation of energy to determine the vertical deflection of joint C caused by the aplication of the 200 kN load. Take E = 200 GPa.
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vthg99
Each member of the truss shown in Fig. 2b is made of steel and has a uniform cross section area os 1200 mm2. Use the principle os conservation of energy to determine the vertical deflection of joint C caused by ...
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Determine the percentage increase in power capacity made possible in changing over from a flat belt drive to a V-belt drive. The diameter of the flat pulley is same as the pitch diameter of the grooved pulley. The pulley rotates at the same speed as the grooved pulley. The coefficient of friction for the grooved and flat belt is same and is 0.3. The V-belt pulley groove angle is 60°. The belts are of the same material and have same cross-sectional area. In each case, the angle of wrap is 150°.
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Ghost
Determine the percentage increase in power capacity made possible in changing over from a flat belt drive to a V-belt drive. The diameter of the flat pulley is same as the pitch diameter of the grooved pulley. The pulley rotates ...
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Design a shaft and flange for a Diesel engine in which protected type of flange coupling is to be adopted for power transmission. The following data is available for design: Power of engine = 75 kW; speed of engine = 200 r.p.m.; maximum permissible stress in shaft = 40 MPa; maximum permissible twist in shaft = 1° in length of shaft equal to 30 times the diameter of shaft; maximum torque = 1.25 × mean torque; pitch circle diameter of bolts = 3 × diameter of shaft; maximum permissible stress in bolts = 20 MPa. Find out : 1. Diameter of shaft, 2. number of bolts, and 3. diameter of bolts.
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Ghost
Design a shaft and flange for a Diesel engine in which protected type of flange coupling is to be adopted for power transmission. The following data is available for design: Power of engine = 75 kW; speed of engine = ...
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Heat Transfer problem
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Ase18
Consider a double-pipe parallel-flow heat exchanger of length L. The inner and outer diameters of the inner tube are Di and Da, respectively, and the inner diameter of the outer tube is Ds. Draw the cross-section of the heat exchanger ...