Nov 3, 2020 � This research integrates deep artificial neural network (ANN) with the analytical solution for the stresses during the delamination of a thermoset composite�...

This research integrates deep artificial neural network (ANN) with the analytical solution for the stresses during the delamination of a thermoset composite�...

This research integrates deep artificial neural network (ANN) with the analytical solution for the stresses during the delamination of a thermoset composite�...

Uncertainty Analysis of Self-Healed. Composites with Machine Learning as Part of DDDAS. Dr. Sameer B. Mulani. Associate Professor. Dr. Samit Roy. William Jordan�...

This research integrates deep artificial neural network (ANN) with the analytical solution for the stresses during the delamination of a thermoset composite�...

This article presents recent applications of neural computations in the field of stochastic finite element analysis of structures and earthquake engineering�...

Oct 2, 2020 � Section 4: Materials Systems. Uncertainty Analysis of Self Healed Composites with Machine Learning as Part of DDDAS [slides] Sameer B. Mulani�...

Uncertainty Analysis of Self-healed Composites with Machine Learning as Part of DDDAS, SB Mulani, S Roy, B Jony, International Conference on Dynamic Data�...

Apr 25, 2024 � Uncertainty Analysis of Self-healed Composites with Machine Learning as Part of DDDAS. DDDAS 2020: 113-120. [+][–]. 2010 – 2019. FAQ. see FAQ.

Uncertainty analysis of self-healed composites with machine learning as part of DDDAS. SB Mulani, S Roy, B Jony. Dynamic Data Driven Applications Systems�...