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Question: We have used two-dimensional rectangular elements to model temperature distribution in a thin plate. The values of nodal temperatures for an element belonging to such a plate are given in the accompanying figure. Using local shape functions, what is the temperature at the center of this element?
a the vacancy formation energy in a particular metal is 0.5 ev. calculate the concentration of vacancies at 400 oc b
Evaluate the relative merits of each system in terms of cost, ease-of-use, flexibility, range, field of view, etc. In each case, provide an example application where the method has/can be used in either automated, or manual manufacturing.
a coin of diameter 2.5 cm is placed concentrically at the bottom of a can 5 cm in diameter and 10 cm high. the coin is
a well-insulated turbine operating at steady state develops 28.75 mw of power for a steam flow rate of 50 kgs. the
Determine the rated value of the power coefficient CP and compare this with the value at the Betz limit. Assume the air density ρ = 1.2 kg/m3
Create an object relationship diagram that provides an overview of the system, including how books are requested by faculty and checked out to students.
refrigerant-134a enters the evaporator coils placed at the back of the freezer section of a household refrigerator at
determine the terminal velocity of a 75-mm diameter sphere made of solid aluminum specific weight 26.6knm3 in free fall
in an overhead smash a tennis player strikes the ball with the center of the head of the racquet. say the contact
Two uniform rods, each of mass M and length 2a, lie along the intervals [-a, a] and [b - a, b + a] of the x-axis, so that their centres are a distance b apart (b > 2a). Find the gravitational forces that the rods exert upon each other.
Consider a 0.25-m-long vertical plate that is at 70°C. The plate is suspended in quiescent air that is at 25°C. Estimate the velocity boundary layer thickness and maximum upward velocity at the trailing edge of the plate.
an automobile travels at 30 mph which is also the speed of the center c of the tire. if the outer radius of the tire is
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