DESIGN+PROJECT

DESIGN+PROJECT - MAE157 Winter 09 DESIGN PROJECT Objective:...

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MAE157 – Winter 09 DESIGN PROJECT Objective: Design a minimum-weight cantilever beam that must withstand an end load P = 1 kN over a span L = 2 m , without yielding or buckling. A number of constraints are imposed on the materials and the cross-section geometry (see below). You can assume that the load P is applied uniformly on the bottom flange of the section, as shown in Figure 1. Constraints: (a) Geometry 1. The geometry of the cross-section is depicted in Fig. 2. 2. The dimensions must satisfy the following conditions: Figure 1 Figure 2
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b = 10 cm 5 cm ! H ! 10 cm 0.5 mm ! t f , t w , t i ! 3 mm 15 ! ! " ! 85 ! (b) Material The beam is made of one material only (no composite structures). You can choose among three different materials: Material E (GPa) ν ! Y (MPa) (kg/m 3 ) Stainless Steel 304 200 0.3 200 8000 Aluminum alloy 70 0.3 350 2700 Titanium alloy 115 0.3 900 4420 Presentation of results: The results of the lightweight structure design must be presented in two formats: 1. Write a report presenting your solution. Part of the grade is assigned to the elegance of the presentation, so clearly describe your approach. The report must contain the following: A. The dimensions and weight of your structure. B.
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DESIGN+PROJECT - MAE157 Winter 09 DESIGN PROJECT Objective:...

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