5003 Lectures - Faculty of Engineering and Applied Science

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E5003 - Ship Structures I 96 © C.G. Daley Topic 9: Problems 9.1. Solve the following beam by direct integration. What is the maximum deflection (mm)? What is the maximum stress (MPa) ? ANS: .000136mm, 140 Pa 9.2. Solve the following beam using Macaulay functions. What is the maximum deflection (mm)? What is the maximum stress (MPa) ? ANS: .000484mm, 253 Pa
E5003 - Ship Structures I 97 © C.G. Daley Topic 10: Indeterminate Beams – Force Method part of the superstructure on an FPSO Introduction In this chapter we will • Review the idea of indeterminate beams and one way to solve them ~~~~~~~~~~~~~~~~~~~~ Transverse and Local Strength Most of the local structure in a ship exists to resist lateral loads. Example: The sketch below shows a bulkhead between the deck and inner bottom, supported by one intermediate deck. The bulk cargo (liquid or granular) will exert a lateral pressure on the bulkhead. ⇓
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5003 Lectures - Faculty of Engineering and Applied Science

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