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Determine the size of the contact patch, the contact stresses, and the maximum shear stress for a 40 mm diameter steel cylinder, 25 cm long, rolled against a flat plate with a 4 kN force pressing the cylinder onto the flat plate.
(a) Find the rate of heat transfer (kW) to the water. (b) Draw a schematic of the system. (c) Determine the air outlet temperature (°C)
an ideal gas flows through a device at steady state. the temperature of the gas at the inlet is 20c and its velocity
the cylinder is made from steel where yield stress= 240 MPa and v=0.3. Subsequently sketch the hoop and radial stresses in the wall of the cylinder.
a 3-diameter 5-long gas-piston assembly contains air at stp. stp standard temperature and pressure conditions 300k and
1. What is a parting line or parting surface? 2. What is fluidity? 3. What type of shape modifications or allowances are generally incorporated into a casting pattern?
Construct a suitable finite element model and compare the FEA predictions with the theoretical data and produce a graph to show the stress distribution
based solely on static elevation head if the water level in a city water tower is 860 feet above sea level and the
estimate the design-stage uncertainty in determining the voltage drop across an electric heating element. the heater
strarting from x 0 with no initial velocity a particle is given an acceleration a 0.1 squere root v216 where a
estimate in mm your uncertinity in locating the position of a resonance level. are the resonances sharp located at a
1. which has the larger area moment of inertia a 2 x 2 square beam of high strength stainless steel or a 2 x 2 square
1 use boltzmann distribution to mathematically show that a two level laser system is not possible. calculate the ratio
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