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The magnesium alloy (modulus of elasticity E = 44.7 GPa, coefficient of thermal expansion = 26(10-6)/oC) tube AB is capped with a rigid plate E. The gap between E and end C of the aluminum alloy (modulus of elasticity E = 68.9 GPa, coefficient of thermal expansion = 24(10-6)/oC) solid circular rod CD is 0.2 mm when the temperature is at 30oC. Determine the normal stress developed in the tube and rod if the temperature rises to 80oC. Neglect the thickness of the rigid cap.
Evaluate the reduction in pump BHP required by heating the oil from 50° F to 100° F. Suppose efficiency of 80% (HP)
a heat pump cycle operates between a geothemial reservoir and your house. the cycle requires 200 kw to operate with a
Determine the maximum speed at which the car with mass m can pass over the top point A of the vertical curved road and still maintain contact with the road.
consider the arrangement described in problem 1. a cable attached to the 100 lbm piston exerts a 200 lb force upward on
a ball is thrown vertically up with a velocity of 91 ftsec at the edge of a 190-ft cliff. calculate a the height h to
In a refrigerator 1 kW is removed from the -10 degree C cold space and 1.3 kW is moved into the 30 degree C warm space. Find the exergy fluxes including direction associated with the two heat transfers.
The link BD is a single solid bar with a width x thickness measuring 1.000 in. x 0.50 in. If the pins at A, B and D have a diameter of 0.375 in, determine the average normal stress in link BD when:(b) Fx = 0 and Fy =4.00 kips.
Cooling and Heating Load Estimate using CAMEL program library and the data from DA-9
A 0,5Kg mass attached linear spring suffress 01 N/m. Determine be naturak frequency of the system in hortz e reapert this calculation for a mass of 50Kg and a suffress of 10N/m and compare your result to that of part.
An auto speedometer is graduated in 5 mph increments and has an accuracy rated to be within ±4%. Estimate the uncertainty in indicated speed at 60 mph.
a cast-iron tube is used to support a compressive load. knowing that e 69 gpa and that the maximum allowable change in
The diameter of the steel pin at C is 0.375in and the ultimate shear strength is 54ksi. If a factor of safety of 2.0 is required in both the strut and the pin at C. determine the maximum load P that can be supported by the structure.
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