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5003 Lectures - Faculty of Engineering and Applied Science

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E<strong>5003</strong> - Ship Structures I 159<br />

© C.G. Daley<br />

Because there was no load along the member, the<br />

maximum stresses in the above case occurred at<br />

the ends <strong>of</strong> the beam.<br />

Q2: How are loads along a beam dealt with?<br />

A2: Loads that are act between d<strong>of</strong>s are dealt<br />

with in three steps. In step 1, the fixed end forces<br />

<strong>and</strong> stresses that the loads cause are found. In<br />

step 2, the fixed end actions are placed on a full<br />

structural model <strong>and</strong> solved. All responses,<br />

including deflection, stresses, strains, for the full<br />

structure (including the beam where the loads<br />

acted) can be found for the whole structure.<br />

The complete solution comes from adding the two<br />

solutions (step1 + step2):

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