Question

Reanalyze the bone in Exercise 6.2 assuming that Mp/R is always formative and proportional to the magnitude of the longitudinal surface stress. How does the shape of this new bone distribution compare with that seen in Goodship's pig osteotomy experiment (Fig. 6.8B)? Discuss how the shape of the periosteal new bone distribution would change if M were proportional to the fourth power of the stress.

          Reanalyze the bone in Exercise 6.2 assuming that Mp/R is always formative and proportional to the magnitude of the longitudinal surface stress. How does the shape of this new bone distribution compare with that seen in Goodship's pig osteotomy experiment (Fig. 6.8B)? Discuss how the shape of the periosteal new bone distribution would change if M were proportional to the fourth power of the stress.
        
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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Reanalyze the bone in Exercise 6.2 assuming that Mp/R is always formative and proportional to the magnitude of the longitudinal surface stress. How does the shape of this new bone distribution compare with that seen in Goodship's pig osteotomy experiment (Fig. 6.8B)? Discuss how the shape of the periosteal new bone distribution would change if M were proportional to the fourth power of the stress.
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Transcript

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00:01 In this problem, young's modulus for tension of the bond, let it be yt, is equal to stress by strain.
00:11 So just putting the value, i can write the expression as 5 into 10 to the power 7 newton per meter square by 0 .0033.
00:24 So it will be equal to 1 .5 into 10 to the power 10, newton per meter, square, by 0 .0033...
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