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1. Implicit MacCormack method
Write the finite-difference equations for the implicit MacCormack method.
2. Implicit BTBC-CS method
Write the difference equation for the BTBC-CS method where a backward difference is used for the convection term and a central difference is used for the diffusion term. Assess the stability of the method.
Calculate the force required to punch out a rectangular hole 100m x 50mm in a 2mm thick aluminium sheet. The ultimate strength in shear is 125 MN/m^2.
the principal stresses at a given point are 10 mpa a2 -100 mpa. sketch mohrs circle for this state of stress and
The flow around a model of a turbine blade is investigated. The model is five times larger than the prototype. A maximum pressure of 4 psi is measured at the leading edge, a maximum velocity of fps is measured near the top of the blade, and a small d..
steam at 1000 f and 1200 psia enters a turbine. the turbine exhausts into a condenser at 4 psia and is 85 efficientb
determine the power required for a 1150-kg car to climb a 100-m-long up hill road with a slope of 30degrees from
The weight of a water tank open to the atmosphere is balanced by a counterweight equidistant from the fulcrum. There is a 4-cm hole at the bottom of the tank, and water level in the tank is maintained constant at 50 cm by water entering the tank hori..
find the average velocity of flow at section B, and the pressure difference between sections A and B.
the u velocity component of a steady two dimensional incompressible flow field is u 4x 3y 1. velocity component v is
an elevator is created by using a hose hanging from the top of a 10 m building. the hose is diverted into 4 jets at the
a rankine heat engine with a net power output of 85000 hp has a thermal efficiency of 35. determine the rate of heat
A system consisting of 2 kg of water initially at 160 C, 10 bar undergoes an internally reversible, isothermal expansion during which there is an energy transfer by heat into the system of 2700 KJ. Determine the final pressure (in bar) and work (in K..
warm air is contained in a piston-and-cylinder device oriented horizontally as shown below. the air cools slowly from
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