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Rework the program of given Problem giving the user the option of specifying the application of an external axial tensile load.
Problem Write a program that will compute the tensile stresses in the wall of a thin-walled pressure vessel. User input should be type of vessel (cylindrical or spherical), internal diameter, wall thickness, and internal pressure.
The program should also verify that the pressure vessel is thin walled. The program can be used to check some of the preceding problems.
Half a kilogram of nitrogen, initially at 350K and 200Kpa is compressed through a poly tropic process with pv^1.4= constant. If the final temperature is measured to be 400K, find the work in the process.
Calculate the aerodynamic drag, the rolling resistance according to SAE equations and the road load horsepower at this conditions
a solar-thermal-electric power plant collects energy from sunlight focused on a high-temperature collector where solar
a piston-cylinder device contains 0.15kg of air initially at 2mpa and 350oc. the air is first expanded isothermally to
a copper sheet of thickness 2l2mm has an initial temperature of ti118c. it is suddenly quenched in liquid water
air at one atmospheric pressure and at 20degc flows across a 12 mm diameter sphere witha free stream velocity of 5 ms.
MECT 6322 - Computer Aided Engineering Deflection and reactions at the nodes and Draw the shear force and bending moment diagrams (using FEM) - Find the exact solution for the velocity profile.
a balloon filled with helium gas is to be used to lift a military vehicle that weighs 2570 pounds. as learned in class
a piston-cylinder device initially contains 0.07m3 of nitrogen gas at 130kpa and 120 degrees celsius. the nitrogen is
Derive the energy change when a cube-shaped powder of edge l is densified without grain growth. From the calculated energy change, discuss conditions to improve sinterability. The specific surface energy of the powder is γs and the specific grain ..
what is the stress intensity factor ki at the tip of a 2-mm-deep longitudinal crack along a six-inch schedule 40 steel
The tongs shown are used to grip an object. For an input force of 12 lb on each handle, determine the forces exerted on the object and the forces exerted on the pin at A.
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