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The crank in the slider-crank mechanism shown in Fig. 12.27 rotates at a constant clockwise angular speed of 1000 rpm. Find the stresses in the connecting rod and the crank when the pressure acting on the piston is 200 psi and θ = 30° The diameter of the piston is 12 in. and the material of the mechanism is steel. Model the connecting rod and the crank by one beam element each. The lengths of the crank and connecting rod are 12 in. and 48 in., respectively
A written report providing your recommendations is required, including an annotated list of food-cooling Dos and Don'ts for restaurants supplied by the company with fish.
hot engine oil enters a 1-in schedule 40 steel pipe at 80?c with a velocity of 5 ms.nbspthe pipe is submerged
you are designing a converging-diverging nozzle to operate at sea level. the nozzle will be mounted on a glider that
a part subjected to a stress of 50 ksi may experience a single edge surface crack no longer than 0.015 in. which if
What is the phase and the specific volume of water at 3000 Kpa and 455 degrees C? Show this state on a PV diagram
a flashlight is powered for 30 minutes by a 9-v battery supplying power at 0.5 amps.a find the resistance of the
the moisture content at the turbine exhaust is not to exceed 15%. determine the greatest allowable steam pressure at the turbine inlet and calculate the cycle efficiency.
The following questions deal with applications of thermal analysis methods to pharmaceuticals.
You have a large pin made from aluminum with a diameter of 0.01 m. This pin is needed to hold something from the ceiling. You install the pin into a hole of diameter 0.01 m in a piece of tungsten; assume a "perfect press fit". It was very hot, 323K, ..
a person a is trying to keep his balance while on sled b that is sliding down an icy incline . letting ma 78 kg and mb
two samples of air at 1 bar pressure are considered. sample a is at 27 degrees c with 80 per cent relative humidity.
A free vortex with a circulation C and a sink with a flow rate m are place at a height h above a solid plane. Assuming inviscid flow, determine a) the flow velocity at points A and B; b) the difference between the pressures at the points.
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