Problems of optimization with application to prosthetic design and stress fracture prediction

C. Martin, Carroll Nunn, Carroll Schovanec
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Abstract

Examines the effects of geometry and material properties on criteria that could be used in establishing a notion of optimal form in bone or prosthetic devices. This is accomplished by determining extreme values of functionals that are measures of strain energy and compliance. The governing differential equation includes the effects of collageneous tissue acting on the bone and in the case of the prosthetic model, interfacial interactions between the device and the bone. Augmented Lagrange techniques and non-linear conjugate gradient methods are used to determine the optimal solution.<>
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优化及其在假肢设计和应力断裂预测中的应用问题
检查几何形状和材料特性对标准的影响,这些标准可用于在骨骼或假体装置中建立最佳形式的概念。这是通过确定函数的极值来实现的,函数是应变能和顺应性的度量。控制微分方程包括作用于骨骼的胶原组织的影响,以及在假肢模型的情况下,设备和骨骼之间的界面相互作用。利用增广拉格朗日技术和非线性共轭梯度法确定了最优解。
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