Truss Design and Fabrication - Engineering Design
• Cooperated with 3 other team members to design, construct, and present a truss.
• Applied engineering design and static mechanics to eliminate early failures facing material and size constraints.
• Achieved the class record of 2450 lbs on the 4-point 11-inch bend test that surpassed the minimum 1500 lbs load.
• Simulated bend tests using SolidWorks to confirm the values from stress and buckling calculations.
• Applied engineering design and static mechanics to eliminate early failures facing material and size constraints.
• Achieved the class record of 2450 lbs on the 4-point 11-inch bend test that surpassed the minimum 1500 lbs load.
• Simulated bend tests using SolidWorks to confirm the values from stress and buckling calculations.
University of Maryland, College Park
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