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Consider a very ductile material that begins to neck in tension at a true strain of 0.20. Necking causes an additional elongation that is approximately equal to the bar diameter. Calculate the % elongation of this material if the ratio of the gauge length to bar diameter is 2, 4, 10, and 100. Plot % elongation versus Lo/Do.
The total time it takes to fall is 37 seconds. Find the horizontal lead to hit the target.
Given the melting point of steel to be approximately 1500C, how much energy is required to melt a cubic inch from room temperature? How much water would this amount of energy raise by 10oC from room temperature?
a centrifugal fan is to be used to take a flue gas at rest zero velocity and at a temperature of 352.6k and a pressure
the true stress-strain curve of a material obeys the power-hardening law with n 0.18. a piece of this material was
a heat pump with the elements shown in figure 7.25 condenser to valve to evaporator to compressor to condenser is to be
when two cars a and b are next to one another they are traveling in the same direction with speeds va and vb
water at 1.5 mpa 150degc is throttled adiabatically through a valve to 200 kpa. the inlet velocity is 5 ms and the
A manometer on the discharge pipe of a pump handling 8.4m^3/min of water shows a pressure of 3.7*10^5 Pa. The vacuum gage on the suction pipe shows a vacuum of 21 cm Hg. The vertical distance between the places of connection of the manometer and the ..
a 10 cm x 10cm sheet of material is 2 cm thick and made of a material with a conductivity of 0.5wmk?. one side of this
liquid water enters a 25-kw pump at 100-kpa pressure at a rate of 5 kgs. determine the highest pressure the liquid
a 2.5 pound block b is moving with a velocity v06 fts as it hits a 1.5 pound sphere a which is at rest hanging from a
nbspmgh12mv212iomega21 show that ??v2 2gh1i where ? i imr2 and thus i is and hence the
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