Optimization and Simulation of 3D Printing of Medical Implants
Simulation of metal printing for hip and knee prostheses
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This book plunges you into the vast and innovative field of additive manufacturing, focusing on laser fusion on a powder bed for the production of medical implants. We explore the numerical simulation of the SLM/LBM process applied to a Ti-6Al-4V titanium superalloy femoral stem using Simufact Additive software. In addition, the application of topological optimization with lattice structures on a femoral component of a knee prosthesis is studied. This optimization, carried out using nTopology software, is validated by a static analysis performed with ANSYS, guaranteeing the reliability of the ...
This book plunges you into the vast and innovative field of additive manufacturing, focusing on laser fusion on a powder bed for the production of medical implants. We explore the numerical simulation of the SLM/LBM process applied to a Ti-6Al-4V titanium superalloy femoral stem using Simufact Additive software. In addition, the application of topological optimization with lattice structures on a femoral component of a knee prosthesis is studied. This optimization, carried out using nTopology software, is validated by a static analysis performed with ANSYS, guaranteeing the reliability of the results obtained.
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