Investigating deep energy method applications in thermoelasticity
KC Lin, KC Wang, CH Hu - Engineering Analysis with Boundary Elements, 2024 - Elsevier
This study presents a novel exploration into the deep energy method for addressing
thermoelasticity problems. The deep energy method has recently been recognized as a
robust numerical technique, demonstrating superior capability in managing intricate
nonlinearities and delivering highly accurate results. Our research aims to extensively
investigate the influence of network attributes, such as layers, neurons, and activation
functions, on the accuracy of this method. Our technique's reliability and innovation are …
thermoelasticity problems. The deep energy method has recently been recognized as a
robust numerical technique, demonstrating superior capability in managing intricate
nonlinearities and delivering highly accurate results. Our research aims to extensively
investigate the influence of network attributes, such as layers, neurons, and activation
functions, on the accuracy of this method. Our technique's reliability and innovation are …
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