Q11. By using the Young's Modulus – Strength material selection chart in Figure Q11.Sketch the specific region which the strength, o is greater than 30 MPa and materialsperformance index, M =is less than 100. Submit Figure Q11.E 10004. Modulus-StrengthMetals and Polymers: Yield StrengthCeramics and Glasses: CompressiveStrength Elastomers: Tear StrengthComposites: Tensile StrengthDiamondWCSiCCermetsEngineeringAlloysBorodMo AlloysMFA:88-91BeryliumZr OzCFRPUniplyTi AlloysGFRPCast IronsSiliconCu Alloys AloyMin. EnergyStorage perUnit VolumeYield beforeBuckling100Al AlloysComman nG EteHacksGlasses EngineeringCeramicsCement .ySCFRPLaminatesGFRPEngineeringCompositesConcreteLeadAshOakPine10MELtoGrain EpoxiesPorousÇeramicsPMMABaisa eycylonsÉ-0.1- 10WoodsWoodPodPolyesterPP1.0DesignGuideHDPEPine1 toGrain PTEELines`EngineeringPolymersBalsaLDPE102Max EnergyStorage perUnit VolumeBucklingbefore Yield0.13/2PolymersFoamsHardButylElastomersCorkSiliconeSoftButyl0.010.110100100010,000Strength a, (MPa)Figure Q11Youngs Modulus, E (GPa)

First we will mark the region where strength is greater than 30 MPa

By using the Young's Modulus - Strength material selection chart in Figure Q11. Sketch the specific region which the strength, o is greater than 30 MPa and materials performance index, M = is less than 100. Submit Figure Q11.

By using the Young's Modulus - Strength material selection chart in Figure Q11. Sketch the specific region which the strength, o is greater than 30 MPa and materials performance index, M = is less than 100. Submit Figure Q11.

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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Concept explainers

Properties of Fluids

The term fluid represents a type of substance that can easily change its shape under any external pressure/force and can flow. Fluids can acquire any shape in which it is stored and can resist normal stresses but cannot resist shear stress in rest condition. Whenever external shear stress is applied to fluids, it starts to flow. The fluids may be liquid or gas. Example- water, air, etc.

Question

Q11. By using the Young's Modulus – Strength material selection chart in Figure Q11.
Sketch the specific region which the strength, o is greater than 30 MPa and materials
performance index, M =
is less than 100. Submit Figure Q11.
E

1000
4. Modulus-Strength
Metals and Polymers: Yield Strength
Ceramics and Glasses: Compressive
Strength Elastomers: Tear Strength
Composites: Tensile Strength
Diamond
WC
SiC
Cermets
Engineering
Alloys
Borod
Mo Alloys
MFA:88-91
Berylium
Zr Oz
CFRP
Uniply
Ti Alloys
GFRP
Cast Irons
Silicon
Cu Alloys Aloy
Min. Energy
Storage per
Unit Volume
Yield before
Buckling
100
Al Alloys
Comman nG Ete
Hacks
Glasses Engineering
Ceramics
Cement .yS
CFRP
Laminates
GFRP
Engineering
Composites
Concrete
Lead
Ash
Oak
Pine
10
MEL
to
Grain Epoxies
Porous
Çeramics
PMMA
Baisa eycylons
É-0.1
- 10
Woods
Wood
Pod
Polyester
PP
1.0
Design
Guide
HDPE
Pine
1 to
Grain PTEE
Lines
`Engineering
Polymers
Balsa
LDPE
102
Max Energy
Storage per
Unit Volume
Buckling
before Yield
0.1
3/2
Polymers
Foams
Hard
Butyl
Elastomers
Cork
Silicone
Soft
Butyl
0.01
0.1
10
100
1000
10,000
Strength a, (MPa)
Figure Q11
Youngs Modulus, E (GPa)

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A cylindrical rod 500 mm long, having a diameter of 12.7 mm, is subjected to a tensile load of 30,000 N. The rod is to experience an elongation not more than 1.3 mm and FOS ≥ 1.5 setting yield strength as a criteria. Additional constraints to be met are max specific stiffness and %EL not more than 0.15. Which of the below listed materials are possible candidates? Justify your choice(s) by making a table of constraints.
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Based upon the percent elongation of a tensile sample, A ductile engineering materials to find by value equal to or greater than 5% and a brutal materials defined by a value less than 5% true or false?