Abstract
Structural Size Optimization of an External Fixation Device
Highlights
The basis for the structural size optimization is a parametric description of a computer representation of a real object by a set of geometric, dimensional, physical, functional and other parameters
The concept of structural size optimization of an external fixation device is shown in Figure 1 [8]
An appropriate FEM model was in the formation of so-called parameterized skel- developed to simulate experimental testing on eton representing the infrastructure of the fixator through which appropriate ometry of the external fixation device and bone interactions between the design parameters are model, the connections between the components, established
Summary
The basis for the structural size optimization is a parametric description of a computer representation of a real object by a set of geometric, dimensional, physical, functional and other parameters. The concept of structural size optimization of an external fixation device is shown in Figure 1 [8].
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