The motor compartment rail must meet the package constraints imposed by the suspension and powertrain. These constraints often force nonsymmetrical loading and section shape. For the illustrations...


The motor compartment rail must meet the package constraints imposed by the<br>suspension and powertrain. These constraints often force nonsymmetrical loading<br>and section shape. For the illustrations shown in a and b determine the deflection<br>at the tip of the beam and maximum direct stress and location for a 2000-N load.<br>40 x 80 x 1.5 mm<br>1 m<br>Engine<br>(a)<br>Load application at centroid<br>2<br>|15°<br>Section rotated 15°.<br>Load application point<br>through centroid of section<br>(b)<br>Engine<br>

Extracted text: The motor compartment rail must meet the package constraints imposed by the suspension and powertrain. These constraints often force nonsymmetrical loading and section shape. For the illustrations shown in a and b determine the deflection at the tip of the beam and maximum direct stress and location for a 2000-N load. 40 x 80 x 1.5 mm 1 m Engine (a) Load application at centroid 2 |15° Section rotated 15°. Load application point through centroid of section (b) Engine

Jun 11, 2022
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