Light Alloy Development using Machine-Learning Based Alloy Design Tools

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The aim of this proposed research is the acceleration light alloy (magnesium and aluminum) development using artificial intelligence (AI). The protection of the environment and the choice of bio-compatible solutions for our problems have immediate urgency. The environmental, societal and health benefits of light metals encompass vehicle-weight reduction to ensure fuel economy, reduced green house gases, improved efficiency, and increased range of electrical vehicles. Bio-degradable bio-compatible magnesium implants can reduce repeat interventions especially in pediatric patients alleviating healthcare costs and suffering. Magnesium solid fuel can contribute to the green energy of our globe. Unfortunately, limited resources for materials research and development result in slow progress towards these goals. Artificial intelligence is now poised to accelerate the development of materials that will contribute to the health of our environment.