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Determine the size of the contact patch, the contact stresses, and the maximum shear stress for a 40 mm diameter steel cylinder, 25 cm long, rolled against a flat plate with a 4 kN force pressing the cylinder onto the flat plate.
1000 kghr of water at 1 bar is fed to a pump where the pressure of the water is increased to 20 bar in an adiabatic
calculate the reynolds number for water dynamic viscosity of 7.98 10-4 nsm2 flowing through a rectangular pipe 4 cm
an automobile tire with a volume of 0.5m3 is inflated to a gage pressure of 200 kpa. calculate the mass of air in the
a real turbine with a mass flow rate of 5.0 kgs of steam has inlet conditions of 6.0 mpa and 700 oc and exit conditions
Using exponential smoothing with a weight of 0.6 on actual values..If sales are $45,000 and $50,000 for 2010 and 2011, what would be the forecast for 2012? (First forecast is equal to the actual value of proceeding year)
a cylinder fitted with a piston 10 lbm of r 134a at 100 psi and 140 f. the refrigerant is cooled at constant pressure
a regional power plant is updating one of its existing 25mw natural gas turbans with a new more efficient model as a
a harmonic motion is expressed as xt 0.6cos18pit - pi6 where xt is measured in inches t in seconds and the phase angle
a syringe has diameter d 4 cm and its piston is pressed with the force f 30 n. find the maximum velocity of the water
The pressure in a tire depends on the temperature of the air in the tire. The gage pressure of an automobile tire with a volume of 0.025 m3 is measured to be 210 kPa at 25 oC at sea level on a day with calm weather. If the temperature of the air in t..
Air at 200 kPa enters a 2-m-Iong, thin-walled tube of 25-mm diameter at 150°C and 6 m/s Steam at 20 bars condenses on the outer surface.
to understand the physics of the o-ring we may need to start formulating the problem in a static equilibrium condition.
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