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1. Calculate the volume, diameter, and height of the cylindrical riser required to prevent shrinkage in a 4 in. × 10 in. × 20 in. casting if the H/D of the riser is 1.5.
2. In general, compared to components prepared using forging, rolling, extrusion, etc., cast products tend to have lower fracture toughness. Explain why this may be the case.
The steel shaft carries simultaneously the 4-kN lateral force and the 4-kN · m torque. Find the smallest safe diameter d of the shaft by the maximum shear stress theory. Use σyp = 240 MPa and a factor of safety of 2.
Air enters the evaporator section of an air-conditioner at 100 kPa, 27oC with a volumetric flow rate of 6 m3/min. R-134a enters the evaporator at 120 kPa with a quality of 0.3 and rate of 2 kg/min and it leaves as a saturated vapor at the same pressu..
Design a battery electric storage system for a power plant with 20 MW peak power delivery for a duration of 4 h and estimate the minimum number of batteries and the current during peak operation. Assume that the plant will use 600 A/h batteries, o..
MECH 437 - HEAT TRANSFER DESIGN PROJECT - DESIGN OF A HEAT SINK FOR A COMPUTER CHIP. A heat sink is to be designed for a hot silken chip to remove 105.7 W to keep the chip below a maximum temperature of 60oC
at intel 0.00005 of manufactured chips have defects. in a day 5 million chips are produced. what is the probability
A high performance F-16 fighter is flying at Mach 0.96 at sea level. What is the air temperature at the stagnation point at the leading edge of the wing?
Assuming the brine has the properties of water, determine the required brine flow rate, the required effectiveness of the heat exchanger, and the required heat transfer surface area. The overall heat transfer coefficient is U 4000 W/m2.
a waste treatment pond is 50 m long and 15 m wide and has an average depth of 2 m. the density of the waste is 85.3 lb
Find the equations for the trajectories for Case WB (a > 0.0 0. a2 > 40) and Case IVC (α >0. β> 0. α2 = 4β). Are the straight lines indicated in class trajectories? What are the equations describing them
Design economical sustainable solar charging substitutes to the universities current method. This applies to both applications for university golf carts and student use on campus.
a particle is moving along a circular path having a radius of 5.7 in. such that its position as a function of time is
a tube of diameter 50 mm having a surface temperature of 85degc is embedded in the center plane of a concrete slab
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