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A gas turbine has a mixture of 17% CO2 , 60% N2 and 17% H2O on a molar basis enter at 1800°R and 116 psi and a mass flow rate of 4.41 lbm/s. The gas expands through the turbine isentropic ally to a pressure of 14.7 psi and a temperature of 1112.4°R.
Determine:
The power developed by the turbine in (Hp)
a cold-drawn aisi 1018 steel bar similar to the component shown in the diagram of table a- 15-1 is subjected to an
the wing is supported by a strut be with ball-and-socket joints at b and e and by bearings at a and f. the bearings
Consider a bone plate made of randomly oriented fibers in three dimensions. The fiber and matrix materials are carbon fiber and PMMA. Assume carbon fiber has a modulus of 500GPa and PMMA's elastic modulus is 3 GPa.
a system executes a power cycle while receiving 1000 kj by heat transfer at a temperature of 500 k ad discharging
consider an air-standard otto cycle and a modified cycle in which the isentropic compression and expansion processes
givenpiston mass 324 gramsbore diameter 80 mmstroke 88 mmconnecting rod length 136 mmmass of intake valve 47
Describe IN DETAIL how you could determine the required rate of heat addition or removal.
a water line is planned to connect a new reservoir to an existing water treatment plant. the average water surface
The stresses at a point in plane stress on the body of a car were found to be sigma_xx = 30 MPa (C), sigma_yy = 60 MPa (T) and Tau_xy = 40 Mpausing matrix methods a) determine the normal and shear stresses on a plane passing through the point that is..
a brayton cycle produces 14 mw with an inlet state of 17oc 100 kpa and a compression ratio of 161. the heat added in
Calculate the deflection from torsional moment Mt and bending moment Mb and, then discuss the deflection from the torsional moment Mt compared to the result of 2-1)
the gap at c is initially 0.15mm before load p is applied. for p200kn the gap will close. determine the stress in ab
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