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Consider the top part of the balloon to be half of a spherical pressure vessel. What is the ratio of the normal stress across a vertical seam to the normal stress across a seam inclined 45 degrees?
determine the resultant internal normal force acting on the cross section through point of the signpost. the post is
a rigid well insulated container contains 10 kg of water. a motor connected to a paddle wheel is used to stir the water
Explain the reason for this. Describe a method for converting these triangular (or shifted sinusoidal) pulses into sharp rectangular pulses.
The amplitude of the mass is found to reduce to 10 mm after 100 cycles of vibration. Assuming a spring rate of 200 N/m for the helical spring, find the value of the hysteretis-damping coefficient (h) of the spring
Determine the uncertainty in the determination of the two specified temperatures. State the relative influence of instrument uncertainty and surface emissivity uncertainty.
Determine the required average blade angle at the exit of the impeller if the pump is to deliver 0.57 m3 /s of water with a theoretical head rise of 2.85 m. The rotational speed is 1500 rpm.
A typical single-crystal superalloy contains cuboidal γ precipitates of edge length 0.5µm. If the volume fraction of γ particles is 70%, estimate the width of the γ channels which surround them.
Define- hydraulic mean radius, hydraulic dept, section factor and most efficient dhannel cross section.
air flows through a well-insulated nozzle operating at steady state. at the inlet the pressure is 5 bar the temperature
the wheel in fig. 10-27 has eight equally spaced spokes and a radius of 30 cm. it is mounted on a fixed axle and is
Air is expanded isentropic ally in a horizontal nozzle from an initial pressure of 1.0 MPa, of a temperature of 800 K, to an exhaust pressure of 101 kPa. If the air enters the nozzle with a velocity of 100 m/s, determine the air exhaust velocity. Ass..
Oil is transported through a pipeline by a series of pumps that can produce a pressure of 10 MPa in the oil leaving each pump. The losses in the pipeline cause a pressure drop of 600 kPa each kilometer. What is the maximum possible spacing of the ..
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