5. A bone containing a solid polymer filler actingas an implant is tested by the application of a2000N force to its midpoint. Assume thepolymer is perfectly bonded to the bone. Inthe central region of the bone, the cross-section is approximately circular.For the cortical bone, E₂ = 20 GPaFor the polymer, Ep = 1.8 GPa(a) Determine the location of the maximumbending moment in the system. .2m(b) Calculate the maximum bending stresses inthe bone and in the polymer at theinterface point H.7.03 Mpa78.13 Mpqalong lengthFor a circle, I = r²/4fromleftrelative to centroidendveslect smallangle herePTo = 12 mm40 cmBone, B|r₁ = 6 mmSolid PolymerfillePolymer, P

Answered: Image /qna-images/answer/db140c2e-eaf8-4684-abd4-ff9f067a1a1f.jpg

5. A bone containing a solid polymer filler acting as an implant is tested by the application of a 2000N force to its midpoint. Assume the polymer is perfectly bonded to the bone. In the central region of the bone, the cross- section is approximately circular. For the cortical bone, E₂ = 20 GPa For the polymer, Ep = 1.8 GPa Glong length (a) Determine the location of the maximum bending moment in the system. .2m (b) Calculate the maximum bending stresses in the bone and in the polymer at the interface point H. T 7.03 Mpa from left 78.13 Mpq For a circle, I = r²/4 relative to centroid end veslect small angle here. P To = 12 mm 40 cm Bone, B |r₁ = 6 mm Solid Polymer fille Polymer, P

5. A bone containing a solid polymer filler acting as an implant is tested by the application of a 2000N force to its midpoint. Assume the polymer is perfectly bonded to the bone. In the central region of the bone, the cross- section is approximately circular. For the cortical bone, E₂ = 20 GPa For the polymer, Ep = 1.8 GPa Glong length (a) Determine the location of the maximum bending moment in the system. .2m (b) Calculate the maximum bending stresses in the bone and in the polymer at the interface point H. T 7.03 Mpa from left 78.13 Mpq For a circle, I = r²/4 relative to centroid end veslect small angle here. P To = 12 mm 40 cm Bone, B |r₁ = 6 mm Solid Polymer fille Polymer, P

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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