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1. Write a short note (not more than half A4 page) on your understanding on St. Venant's Principal for your engineering design analysis.
2. Estimate the " Stress Concentration Factor" Kt at raisers that you can identified in Figure 2 for anapplied uniform tensile forces parallel to the x -axis . Perform appropriate 2D and 3D analysis. You must compare your FEA answers (2D and 3D) with the design hand books/standards. Please note to reference your work appropriately. Choose l, h , L, H appropriately and justify your choice.
[You need to create ate a cores mesh first and a refined mesh later. Check the time taken for solution, number of elements in the mesh and the difference of your results and the time and memory taken for the analysis. Write your conclusion(s) for each 2D and 3D cases.]
Find the inner diameter of the tubular steel shaft: A solid aluminium shaft having 1 m long & of 50 mm diameter is to be replaced by a tubular steel shaft of the similar lengt
define the prandtl stress function
Type of Lubrication Systems The complete lubrication of a vehicle can be divided into two systems. (a) Engine lubrication system. (b) Chassis lubrication system.
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Flow work: Flow work is energy possessed by the fluid by virtue of its pressure. Displacement Work: When piston moves in cylinder from position 1 to 2 with vo
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For the beam shown in Figure compute the deflection at the element nodes. The modulus of elasticity is psi and the cross section is as shown in the figure. Also compute the maximum
We provide you with some information about the control of the QR Instability Problem Cascaded P Control PLEASE THE TASK We would like you to do an indepth
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Hodgkin-Huxley Fast Subsystem 1. Explain why replacing the extracellular Na + with choline has little effect on the resting potential of an axon. Calculate the new resting po
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