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A two-dimensional compressor cascade is tested in air with an inlet stagnation pressure of 1 bar and an inlet stagnation temperature of 300 K. For an inlet Mach number of 0.75 and an inlet flow angle of 50o, the exit flow angle is measured as 15.8o. Determine the mass flow rate per unit frontal area. Assuming the flow is isentropic, calculate the exit Mach number and the static pressure ratio across the cascade.
Report on High speed machining on duplex stainless steel. In that report I need literature review on High speed machining.
saturated liquid r-134a at 50 psia enters an adiabatic throttling value at a rate of 0.2-lbms. the outlet pressure is
a particle moving in the x-y plane has a position vector given by r 1.31t2i 1.43t3j where r is in inches and t is in
0.64 lbm of saturated liquid water at 10 psia absorbs a constant 3.5 kW of energy from an electrical resistance heater in an isobaric process; until the water reaches a temperature of 200 F. a) how long did this take? Minutes b) what was the initial ..
a man pulls himself up the 15o incline by the method shown. if the combined mass of the man and the cart is 100 kg
a motorist is traveling 72km h when she observes that a traffic light 320m ahead of her turns red. the traffic light
Assuming the water and air to be at 300 K, calculate the mass rate of water evaporated under steady-state conditions from the cylindrical medium per unit length.
R-134 enters the condenser of a window air conditioning unit at 800 kPa and 35 C and leaves as a saturated liquid at the same pressure. The compressor current draw is measured to be 5 amps at 240 V and the R-134 has a mass flow rate of 0.018 kg/s. If..
A 4 cm diameter pipe passes water at a rate of 1 m3/s. If we neglect viscous shear, what pressure drop per unit length must be imposed across this pipe to accelerate the volumetric flow rate by 1 m3/s2?
A refrigerator uses R134a as the working fluid. It operates with a condensing temperature of 100°F (T3) and a low temperature of -10F. The compressor uses 500W of power. For an ideal cycle
what is the reason for the system? -to increase the air pressure from 100 to 1200 kpa design uses dual compressors to
you have a heat engine that has a thermal energy resevoir available at 500c the thermal energy to heat the engine is at
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