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Dominic Waldorf
ME 471
Dr. Pourboghrat
March 26th
, 2015
FEA Design
PART 1:
Mesh Size: 5 mm
Mesh Size: 10 mm
Mesh Size: 25 mm
Element Stress (AISI 1005):
Mesh Size 5 mm:
Hole: 8.059 N/mm^2 (MPA) Semi-circle: 6.050 N/mm^2 (MPA)
Mesh Size 10 mm:
Hole: 7.328 N/mm^2 (MPA) Semi-circle: 5.999 N/mm^2 (MPA)
Mesh Size 20 mm:
Hole: 6.588 N/mm^2 (MPA) Semi-circle: 5.023 N/mm^2 (MPA)
Relationship:
The mesh size and the maximum value of stress are inversely proportional. As mesh size
increases, the maximum value of stress decreases. 
PART 2:
Mesh Size: 5 mm
Stress Element:
Displacement:
Mesh Size: 10 mm
Stress Element:
Displacement:
Mesh Size: 20 mm
Stress Element:
Displacement:
Maximum Stresses and Deflection for Aluminum 6061 bar:
Mesh Size 5 mm:
Max Stress: 778.81 N/mm^2 Deflection: 62.87 mm
Mesh Size 10 mm:
Max Stress: 617.92 N/mm^2 (MPA) Deflection: 58.07 mm
Mesh Size 20 mm:
Max Stress: 446.72 N/mm^2 (MPA) Deflection: 48.85 mm
Relationship:
The mesh size and the maximum value of stress are inversely proportional. As mesh size
increases, the maximum value of stress and deflection decreases.

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FEA Drawings

  • 1. Dominic Waldorf ME 471 Dr. Pourboghrat March 26th , 2015 FEA Design PART 1: Mesh Size: 5 mm Mesh Size: 10 mm
  • 2. Mesh Size: 25 mm Element Stress (AISI 1005): Mesh Size 5 mm: Hole: 8.059 N/mm^2 (MPA) Semi-circle: 6.050 N/mm^2 (MPA) Mesh Size 10 mm: Hole: 7.328 N/mm^2 (MPA) Semi-circle: 5.999 N/mm^2 (MPA) Mesh Size 20 mm: Hole: 6.588 N/mm^2 (MPA) Semi-circle: 5.023 N/mm^2 (MPA) Relationship: The mesh size and the maximum value of stress are inversely proportional. As mesh size increases, the maximum value of stress decreases. 
  • 3. PART 2: Mesh Size: 5 mm Stress Element:
  • 5. Mesh Size: 10 mm Stress Element:
  • 7. Mesh Size: 20 mm Stress Element:
  • 8. Displacement: Maximum Stresses and Deflection for Aluminum 6061 bar: Mesh Size 5 mm: Max Stress: 778.81 N/mm^2 Deflection: 62.87 mm Mesh Size 10 mm: Max Stress: 617.92 N/mm^2 (MPA) Deflection: 58.07 mm Mesh Size 20 mm: Max Stress: 446.72 N/mm^2 (MPA) Deflection: 48.85 mm Relationship: The mesh size and the maximum value of stress are inversely proportional. As mesh size increases, the maximum value of stress and deflection decreases.