Modelling Additive Manufacturing of Titanium Alloys with Multi-Objective Optimization
Mateo Roy
Corresponding
Khulna University of Engineering & Technology
Rifat Zhang
Bangladesh University of Engineering and Technology
Lukas Ahmed
University of New South Wales
Anna Wang
Indian Institute of Technology Bombay
Abstract
Effective monitoring of additive manufacturing of titanium alloys is increasingly demanded by operators of renewable energy communities. The framework was implemented and its predictions benchmarked using multi-objective optimization. The optimized design achieved a 41% improvement in efficiency over the reference case. Policymakers can draw on these outcomes to prioritize investment where it delivers the greatest benefit.
Keywords:
additive manufacturing of titanium alloysmulti-objective optimizationconcrete durabilityremote sensing
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