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Identify the layer that provides the greatest resistance to the flow of heat.
For k=0.5, h=2 develop an FEM code to solve for T on the space frame .Use at least 6 elements per link. Use the generalized trapezoidal algorithm for time integration till t=10.
Provide a literature review of thin-walled tube crushing and bending high-lighting mechanisms of deformation with respect to material and geometry including such phenomena of strain-rate sensitivity
Which of the points of departure the minimum water flow takes place and what is its value
Is the assumption of change in the temperature valid for computing the discharge pressure of compressor.
Draw a CAD model of an RR link shown in figure. You may represent an R joint as in figure below or using a cylinder.
Pages per item should contain a short description of the product then delve into concepts like materials selection, manufacturing methods, life cycle analysis , recyclability and overall product app
Use the Force Method to calculate all the support reactions in the given figure. A is a fixed support and B and C are roller supports. EI is constant.
A relatively large sheet of steel is to be exposed to cyclic tensile stresses of magnitudes 200 MPa and 50 MPa, respectivelyCalculate the fatigue life of this sheet if its plane strain fracture tough
Write a report on Boyles Law and Charles Law and present as a blog.
What is the speed of the pump to achieve the service and backwash flow rates?What would be the best way to control the speed of the pump? Why?
The heat transfer among the heater and the surrounding water is 980W/m2K.
An internal combustion engine often has a water pump and lube oil pump driven from the engine crankshaft.
What is the speed of the pump to achieve the service and backwash flow rates.
Find the deflection, u, for a load, F, of 35kN and determine the residual plastic strain in the members after removal of the load.
A spherical pressure vessel is constructed with a diameter of d = 45 cm. The vessel is to be capable of withstanding an internal pressure of p = 7 MPa, and the wall thickness is such as to keep the
Write down a MATLAB code to solve for the pressure and temperature variation all through the expansion process and to compute the work and heat produced in the processes for variable values of n.
You are required to design a product and to present your final design solution as a poster.
The three-point bending test was performed on an aluminum oxide specimen having a circular cross section of radius 3.5 mm
Write the MATLAB code to solve for pressure and temperature variation throughout the expansion process and to calculate work and heat produced in processes for variable values of n.
The Lateral Dynamics of any aircraft are defined in terms of the Body-fixed velocities and corresponding Earth-fixed orientation.
Sketch shear force and bending moment diagrams and estimate maximum bending and shear stresses acting on the beam using your knowledge in beam analysis.
You need to select or design a heat exchanger for a waste heat recovery system in cars.
Find out the moment of inertia of the composite area, shown below, regarding the centroidal Y-axis
Contain a brief description of the product then delve into concepts such as materials selection, manufacturing methods, life cycle analysis, recyclability and overall product appeal.