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Upper and lower surfaces of a bus bar are convectively cooled by air at T8 with hu ? h1. The sides are cooled by maintaining contact with heat sinks at To, through a thermal contact resistance of Rt,c The bar is of thermal conductivity k, and its width is twice its thickness L.
Consider steady-state conditions for which heat is uniformly generated at a volumetric rate q due to passage of an electric current. Using the energy balance method, derive finite-difference equations for nodes 1 and 13.
an engineer determines that a 40 cm long rod of 1020 grade steel will be subjected to a tension of 20 kn. the following
refrigerant 134a at a pressure of 0.8 mpa and a temperature of 50 c undergoes a process until the pressure is 0.1 mpa
consider a regenerative rankine cycle with a 600c and 4-mpa throttle a 5-kpa condenser and an open feedwater heater at
Find the slope of the liquid surface in the can if the merry-go-round spins at 0.3 revolution per second.
in cooling situations where the desired temperature range is large two refrigeration cycles can be stacked to create a
a particle moves in a circular path of radius r with speed v. it then increases its speed to 7v while traveling along
air at 0.1 kgs is to be cooled from 140 c to 40 c in a heat exchanger. the coolant water is at 20c constant throughout
A tank contains a two-phase liquid-vapor mixture of Refrigerant 22 at 10 bar. The mass of saturated liquid in the tank is 25 kg and the quality is 60%. Determine the volume of the tank, in m^3, and the fraction of the total volume occupied by saturat..
1 kg of refrigerant 134a is contained in a piston-cylinder assembly initially as saturated vapor at 16 bars. the
Determination of the open-loop system
Air enters an adiabatic nozzle at 60 psia and 1020°F with low velocity and exits at 800 ft/s. If the isentropic efficiency of the nozzle is 90 percent, determine the exit temperature and pressure of the air.
air at 120 kpa and 260 k is compressed steadily to 575 kpa and 405 k. the mass flow rate of air through the compressor
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