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Question: Prepare dissertation on 'Engineering and enhancing antiviral nanoparticles using numerical method supported by UV Irradiation'
Note: For modeling and simulation you need to use Lammps software and material studio software.
Assume that 4-bit serial-load shift register contains an input stuck-at-0 fault at its second and third bits owing to manufacturing imperfection. Design an input test sequence to demonstrate these failures at the outputs of this 4-bit serial-load ..
What is the acceleration of the aircraft (in m/s2)? How long does it take the aircraft to reach its take-off speed?
Explain why, while using low intensity heat sources, the strength of the material in a weld region can be reduced.
Assume that the level of water in the tank remains the same.- Determine The volumetric discharge rate from the nozzle; - The pressure and velocity at points A, B, C, and D.
In air-conditioning systems, streams of cold and warm air are mixed to get air with the right temperature. Consider a mixing chamber into which cold air enters at 8C and 100 kPa at a rate of 0.55 m^3 /s and warm air enters at 300C and 100 kPa. The ra..
For the position shown in the figure, determine the orientation of the neutral axis and calculate the maximum tensile stress σt and maximum compressive stress σc in the beam. Assume that θ= 30° and M = 30 k-in.
a heat pump cycle operates between a geothemial reservoir and your house. the cycle requires 200 kw to operate with a
Plot the variation of the local heat transfer coefficient, hx(x), with distance along the plate for three flow conditions corresponding to transition Reynolds numbers of (i) 5 X 105, (ii) 3 X 105, and (iii) 0 (the flow is fully turbulent).
Evaluate the partial derivatives of the shape functions at ψ = 1/4 and η = 1/2 of a quadrilateral element shown in Figure 3.32
A Rankine oval is formed by combining a source-sink pair, each having a strength of 36 ft2 /s and separated by a distance of 12 ft along the x axis, with a uniform velocity of 10 ft/s (in the positive x direction). Determine the length and thicknes..
solve the problem in the image. do it step wise in detail. this question is from book fracture mechanics - an
mass 8kg stiffness 90nm initial displacement 0.1m initial velocity 0.9ms assume the system is critical damped. find the
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