ANALYSIS TYPE ANSWER SHEET FOR PROBLEM 2 Answer ELEMENTS USED IDEALIZATION AND MODELING ASSUMPTIONS GEOMETRIC MODEL CONVERGENCE CHECK # OF ELEMENTS (Converged Model) # OF NODES (Converged Model) Loading & Boundary Conditions Material modeling Write separately Sketch separately showing dimensions. Circle your answer: YES NO Result: Maximum deflection Value: mm Location (coordinate): Result: Maximum Von Mises stress Value: MPa Comment on your results: Do you I think the structure is safe or not? If it is not safe, provide, what is the suggested solution. Attachments Location (coordinate): Write separately ☐ Final converged finite element mesh. ☐ Deflection distribution Von Mises stress distribution/n150 50 Problem #2: (Computer problem) A 6 mm thick metal part supports a uniformly distributed load of 24 N/mm at one end as shown in the figure. The material of the part is made of 6061-T6 aluminum alloy (E = 70 GPa, v = 0.3) with a yield strength of 255 MPa. Determine if the part is safe from yielding under current conditions. You need to answer completely as asked in the Answer sheet provided on the next page. 50 $58 All dimensions are in mm 240 120 110 Make sure the date, time, and data are visible clearly in your plots/results 24 N/mm 55 55 30 35 35 70 70

Solved: ANALYSIS TYPE ANSWER SHEET FOR PROBLEM 2 Answer ELEMENTS USED IDEALIZA

Home
questions and answers
analysis type answer sheet for problem 2 answer elements used idealiza

Question

ANALYSIS TYPE ANSWER SHEET FOR PROBLEM 2 Answer ELEMENTS USED IDEALIZATION AND MODELING ASSUMPTIONS GEOMETRIC MODEL CONVERGENCE CHECK # OF ELEMENTS (Converged Model) # OF NODES (Converged Model) Loading & Boundary Conditions Material modeling Write separately Sketch separately showing dimensions. Circle your answer: YE