AI Helps Model Performance of Metal Additive Manufacturing
Additive manufacturing can help make products or parts on-demand in automotive engineering, manufacturing and even in outer space.
A fully connected deep neural network for metal additive manufacturing. Image Credit: Texas Advanced Computing Center.
But it is difficult to know the performance of a 3D-printed object currently and in the future. Physical experiments, particularly for metal additive manufacturing (AM), are expensive and slow. Modeling such systems computationally is costly and laborious.
A fully connected deep neural network for metal additive manufacturing. Image Credit: Texas Advanced Computing Center.
But it is difficult to know the performance of a 3D-printed object currently and in the future. Physical experiments, particularly for metal additive manufacturing (AM), are expensive and slow. Modeling such systems computationally is costly and laborious.
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