Q: Figure 2 shows a typical mast from a modern racing yacht. It is built in the formof a thin-walled tube (hallow cylinder). To win long-haul ocean races, these yachtsneed to have every advantage that high-performance materials can give, in termsof maximum stiffness (must not easily deflect), plus minimum weight as possible.The following are the equations to use:1(F138 ==8 EIand I = ar³t, A = 2artassume l and cross section are fixed but thickness t is free to change.• Drive the performance index for this problem• Use table 1 to select top three materials with the best performance index.Figure 2Table. 1 Data for Tube of Given Stiffnessp (Mg.m 3)2.0MaterialE (GPa)GFRP12Steel7.8200Wood0.612Aluminum alloyTitanium alloy2.7694.5120

Part A) Drive the performance index as follows.

Q: Figure 2 shows a typical mast from a modern racing yacht. It is built in the fo of a thin-walled tube (hallow cylinder). To win long-haul ocean races, these yac need to have every advantage that high-performance materials can give, in ter of maximum stiffness (must not easily deflect), plus minimum weight as possit The following are the equations to use: 1(F13 8 = = 8 EI and 1 = ar³t , A = 2nrt %3D

Q: Figure 2 shows a typical mast from a modern racing yacht. It is built in the fo of a thin-walled tube (hallow cylinder). To win long-haul ocean races, these yac need to have every advantage that high-performance materials can give, in ter of maximum stiffness (must not easily deflect), plus minimum weight as possit The following are the equations to use: 1(F13 8 = = 8 EI and 1 = ar³t , A = 2nrt %3D

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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