Displacement analysis:A tapered rod is suspended from the ceiling. A 2KN tensile force is applied to the free end....
Displacement analysis:A tapered rod is suspended from the ceiling. A 2KN tensile force is applied to the free end. The rod is made of Alloy Steel .Calculate the theoretical value of elongation using the formula in chapter 4 Draw the part in SolidWorks. Choose "mm" as your unit. Constrain all sketches and save it as elongation.SLDPRT. See file "ElongationAnalysis PartDimensions" for member dimensions. Follow instruction of "Elongation Analysis" to perform simulation on this part. Save the displacement plot as a JPEG file Compare computed and theoretical values of elongation and find percent error nc na Follow the instruction of "StressConcentrationAnalysis" to draw the part. Choose "mm" as your unit. Constrain all sketches and save it as StressConcentrationAnalysis.SLDPRT Perform analysis as described in the document Please find "maximum stress", "average stress" and "stress concentration factor K" for the following radius of fillet: 5 mm, 7.5 mm, 10 mm, 12.5 mm and 15 mm Use Excel to plot the stress concentration factor vs. the radius of the fillet .
Displacement analysis:A tapered rod is suspended from the ceiling. A 2KN tensile force is applied to the free end. The rod is made of Alloy Steel .Calculate the theoretical value of elongation using the formula in chapter 4 Draw the part in SolidWorks. Choose "mm" as your unit. Constrain all sketches and save it as elongation.SLDPRT. See file "ElongationAnalysis PartDimensions" for member dimensions. Follow instruction of "Elongation Analysis" to perform simulation on this part. Save the displacement plot as a JPEG file Compare computed and theoretical values of elongation and find percent error nc na Follow the instruction of "StressConcentrationAnalysis" to draw the part. Choose "mm" as your unit. Constrain all sketches and save it as StressConcentrationAnalysis.SLDPRT Perform analysis as described in the document Please find "maximum stress", "average stress" and "stress concentration factor K" for the following radius of fillet: 5 mm, 7.5 mm, 10 mm, 12.5 mm and 15 mm Use Excel to plot the stress concentration factor vs. the radius of the fillet .