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Consider a recalculating flow in the power cycle shown in the figure. The fluid flowing in 100 ft of smooth pipe have an average specific weight of 50 lbf/ft3 and average dynamic viscosity of 5×10-4 lbf.s/ft2. Head loss in the nuclear reactor is 75 ft.lbf/lbf of fluid, and the head loss in the steam generator is 15 ft. The pipe inside diameter is 6-in and the flow rate through the closed pipe system is 22.2 ft3/s. There are four long radius threaded 90° elbows, one 1/3rd closed ball valve and a fully opened globe valve. Find the horsepower to circulate the flow.
A cylindrical pressure vessel has an internal pressure of 500 kPa, 6-mm wall thickness, and an outside diameter of 1.4 m. What is the absolute largest shear stress in the wall of the vessel? What is the largest normal stress?
some unknown volume of oil sg 0.918 has been dumped into a vat of sea water sg 1.028 forming a stratified layered
using complete sentences explain the difference between normal and tangential acceleration. can an object have a
in an archery test the acceleration of the arrow decreases linearly with distance s from its initial value of 16000
Sketch a preliminary layout for the following heat exchanger systems. On the layout sketch indicate pipe work manifolds, access platforms, access for construction, operations and maintenance.
assuming a constant concentration gradient and constant number of atoms at the surface calculate the approximate
compute the shear strength in the pins connecting rods when a load of f equals 1500lb is carried. the pins have a
in a chemical processing plant glycerin flows over a 1 m long heated flat plate at free-stream conditions u infinity
five kg of water is contained in a piston-cylinder assembly initially at 5 bar and 240degc. the water is slowly heated
Calculate the minimum power required to convert 1 mole/sec of oxygen gas at 298 K and 1 atm to saturated liquid oxygen at 1 atm and 90.13 K (the atmospheric pressure boiling temperature) in a process in which heat is rejected to the environment at 29..
1. r-134 enters the condenser of a window air conditioning unit at 800 kpa and 35 c and leaves as a saturated
consider steady two dimensional heat transfer in a square cross section 3cm x 3cm with the prescribed temperatures at
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