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2-D & 3-D Simulations of the flow around a circular cylinder normal to the flow direction using FLUENT.
Use the Euler method to solve numerically the initial value problemdx/dt= -2t u2; u(0) = 1Solve the above initial value problem using fourth order Runge-Kutta method also.
Determine distribution of shear force, bending moment and stress due to bending in the simply supported beam shown in the figure below, the beam self-weight is included in the uniformly distributed
The self-weight of the beam itself might be neglected when computing the maximum moment.
A cylindrical tank is used to store oil, as shown in Figure below. The weight of each tank W is 1800 kN. When subjected to an earthquake the horizontal inertial force, H, produced by the earthquake
In this design, you are going to use a chain of flip-flop to implement a shifter register. The shifter register will be clocked using the clock divider you build in previous projects.
Supposing that a 20 MW simple cycle gas turbine with a firing temperature of 1600 K develop an analysis of a combined cycle.
The assessment for this course is to design a substation and the related protection system. The transformer is an existing 33 kV to 11 kV 5 MVA transformers, 3 phase/3 phase Transformer.
Consider the function f(x) = |sin x|; -π ≤x ≤ π; f(x) = f(x + 2π)Determine the first 4 non-zero terms of the Fourier series for f(x). Conjecture the form of the n-th term of the Fo
Explain the following: a) affective aperture, b) array factor, c) Friis equation, d)Antenna H-plane and E-plane, e) radiation resistance. Design a rectangular patch antenna (substrate: εr =
Essay should be four pages of content presenting an explanation of modern CPU architectures, memory architecture, and bus architecture and should tie all three together and demonstrated good underst
Figure below shows two first-order triangular finite elements used to solve the Laplace equation for electrostatic potential.
Our packed bed reactor conducts the gas phase reaction A → R at P = 10 atm and T = 336oC and gives 90% conversion using a feed that consists of pure A.
The task for this assignment is to solve for the particle diameter (dP), in μm, at different terminal gas velocities (ut) between 0 and 1 m/s. The solution should be solved in Microsoft Excel usi
Each student will be assigned a binary system. The experimental references and the conditions are indicated in the table below. The student should make use of software available on Internet to calcu
Calculate the fugacity of liquid acetone at 110 0C and 275 bar. At 110 0C the vapor pressure of acetone is 4.360 bar and the molar volume of saturated liquid acetone is 73 cm3/mole.
Design for a water treatment plant taking 15MLD of water from a lake at 750mAOD, passing it via settlement tanks on to pressure sand filters, and from there into a chlorine contact tank to TR60 of 3
A concentric tube heat exchanger is comprised of a thin wall inner tube of 25.4 mm diameter and an outer tube of 47 mm diameter.
This problem involves the question of computing change for a given coin system. A coin system is defined to be a sequence of coin values v1 < v2 < . . . < vn
Confirm that the line configuration complies with the standard for the voltage level. Are any differences significant? How many insulator discs and how many shield wires are needed? Is the con
What is the elapsed time for air in Tank C and Pipe K to move to Tube B?
The ball of a trailer hitch is subjected to a force F. If failure takes place when the moment of F about point A reaches 11250 in lb, find out the largest value F
An incompressible, isothermal power law fluid is driven down a pipe of radius R and length L by an applied pressure gradient ∂P/∂z (a known negative value). Assume the flow is axisymmetric
Write the flowchart and program to output the triangle wave by counting from OOH to FFH and then back down to OOH again and repeating this pattern and outputting this to Port-I which has a DAC conne
The demand placed on the system is described by a log normally distributed random variable with mean 50 and standard deviation of 10. Capacity of a system is modelled by a Weibull random variable w