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Assignment 1
Problem 1:
Determine the analytical solution for the maximum stress of the beam shown; compare with stress results from SolidWorks. Draw shear and moment diagrams and print them from the beam diagram menu in the SolidWorks Simulation study. The beam should be assigned an Alloy Steel material.
Problem 2:
The following machine component is loaded as shown. It is fabricated from Al 6061-T6.
Determine the analytical solution to this problem and compare results for a model consisting of ½ the plate and ¼ of the plate. Submit screen shots of the boundary conditions and loadings for both models along with normal stress plots. Calculate the percent error between the analytical solution and the solution obtained with each model.
Problem 3:
Determine the analytical solution for the maximum stress in the member shown. Submit screen shots that show the shape of the elements that result with a global element size of 0.15 a tolerance of 0.0075. Capture a copy of the mesh details and include it with the meshed model. Turn in a plot of the von Mises stresses in psi. Calculate the % error between the analytical and numerical stress values.
Probabilistic Hough transform in big O notation
Determine maximum total bending moment (static plus dynamic) of the beam under steady-state conditions.
Energy in the home, personal energy use and home energy efficiency. Efficient use of ‘waste' heat and renewable heat sources.
Define dynamic viscosity, Determine the centroid, Pressure due to the height of liquid, Advantage of changing the liquid, Calculate the total moment about the hinge of the seal gate.
Use Psychrometric chart to determine Latent portion
Evaluate the variation of hoop stresses across the wall of the compound cylinder.
Design a bridge that will withstand 4 fully loaded semi-trailers
Wind turbines are becoming more and more common as a method of energy production, wind turbines by their very nature are dynamic and are subject to and create their own internal and external kinematics and kinetics.
8 x product engineering and design review (week 2 – 12), ~3 pages per item which must contain a brief description of the product then delve into concepts such as materials selection, manufacturing methods, life cycle analysis, recyclability and overa..
Energy in the home, personal energy use and home energy efficiency and Efficient use of ‘waste' heat and renewable heat sources
Design of absorption column and the cooler. Process design of other units should be completed along with pipe sizes.
Prepare a Journal paper on Renewable Energy
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