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A one-dimensional linear element is used to approximate the temperature variation in a fin. The solution gives the temperature at two nodes i and j of an element as 100 and 80°C respectively. The distance from the origin to node i is 6 cm and to node j is 10 cm. Determine the temperature at a point 9 cm from the origin. Also, calculate the temperature gradient in the element. Show that the sum of the shape functions at the location 9 cm from the origin is unity.
Two flat, rectangular plates with a lateral dimension w*l lie parallel, one above the other, a distance h apart. The gap between them is filled with molten polymer.
A paper airplane is thrown up a hill with slope theta = 16.26 deg during a rainstorm. The airplane has an initial speed of 10 ft/s and is fired at an angle of phi=32.52 deg from the horizontal. Rain accumulation on the wings results in a vertical acc..
what would be the energy absorbed if a 60-lb 31.5-in pendelum was released from an angle of 50 degrees hit a test bar
Should a slip-critical joint be analyzed as a friction-type or bearing-type joint? Describe some of the applications in which slip-critical joints are mandated?
What are the principle advantages of the Arall material compared with those of unreinforced aluminum?
consider a simple brayton cycle using air as the working fluid has a pressure ratio of 12 has a maximum cycle temp of
air at 5 bar 500 k and a volumetric flow rate of 8 m3s enters an insulated turbine operating at steady and exits with a
Compression ignition engine ratio is 12to 1 the bore diameter is 110mm and stroke is 140mm calculate Clarence volume
Evaluate the valve closure to achieve a water exit velocity
a stone wall in an old house can be modeled as a homogenous plane wall 225 mm thick. estimate the heat loss through the
cylinder a and cylinder b contain 0.07 grams of helium and 0.4 grams of oxygen respectively. each of these gases is
there are a reservoir at point zero and another one 80 meter higher. they are 1km from eachother. the upper reservoir
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