(b)A design uses E > 100 GPa and M = oʻ/E > 100 MPA²/GPa. You are requiredto analyse and select the suitable materials using the Young Modulus (E) –Strength () materials selection chart in Figure Q12(b). Submit FigureQ12(b). 10004. Modulus-StrengthMetals and Polymers: Yield StrengthCeramics and Glasses: CompressiveStrength Elastomers: Tear StrengthComposites: Tensile StrengthDiamonCermetsSICEngineeringAlloysBorooMo AlioyMFA B8-91BerylliumZr O,AlloyCFRPriplyTi AlloysCast IronsSconCu Alloy AlloMin. EnergyStorage perUnit VolumeYield before100GFRPGlasses EngineeringAI AlloysCement vsCeramicsCFRPLaminatesEngineeringCompositesBucklingConcreteGFRPLeadAshOakPine10PorousCeramicsMELEpoxiesGrainPSBeisa eycylonsTWoodProduPolyestershPMMA을 -0.1- 104WoodsPP1.0DesignGuideHDPEPinetoGrainPTEEBasaLines`EngineeringPolymersLDPEMax EnergyStorage perUnit VolumeBucklingbefore Yield0.1PolymersFoamsHardButyElastomersPUCorkSilconeSoftButyl0.010.110100100010.000Strength a, (MPa)Youngs Modulus, E (GPa)

Given DataM=σ2E>100MPa2/GPaE>100GPa

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 Boro Mo Alioye Berylliym MFA 88-91 Zr Oz Alloys CFRP Cast Irons Unioly Ti Alloys SFRP Glasses Engineeting Sicon Min. Energy Storage per Unit Volume Yield before Buckling Cu Alloy Alo 100 AI Alloys Comman ick Eta Cement Ceramics CFRP Laminates GFRP Engineering Composites Concrete Lead Ash Oak Pine 10 Porous Ceramics MEL GranEponie PMMA Baisa PycNylong Plodu Polyester - 104 Woods PP 1.0 Design Guide HDPE Pine to Lines Gran PIE Basa `Engineering Polymers - 102 LDPE Max Energy Storage per Unit Volume Buckling before Yield 0.1 Polymers Foams 312 Hard Butyl Elastomers PU Cork Silcone Sot Butyl 0.01 0.1 10,000 10 100 1000 TTTTT

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 Boro Mo Alioye Berylliym MFA 88-91 Zr Oz Alloys CFRP Cast Irons Unioly Ti Alloys SFRP Glasses Engineeting Sicon Min. Energy Storage per Unit Volume Yield before Buckling Cu Alloy Alo 100 AI Alloys Comman ick Eta Cement Ceramics CFRP Laminates GFRP Engineering Composites Concrete Lead Ash Oak Pine 10 Porous Ceramics MEL GranEponie PMMA Baisa PycNylong Plodu Polyester - 104 Woods PP 1.0 Design Guide HDPE Pine to Lines Gran PIE Basa `Engineering Polymers - 102 LDPE Max Energy Storage per Unit Volume Buckling before Yield 0.1 Polymers Foams 312 Hard Butyl Elastomers PU Cork Silcone Sot Butyl 0.01 0.1 10,000 10 100 1000 TTTTT

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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