Computational Physics and Mechanics Lab at Vanderbilt University, lead by Prof. Ravindra Duddu, focuses on simulating fracture and phase interface evolution.
📢New paper! Our latest paper, highlighted paper in The Cryosphere, brings a new paradigm to glaciology, revealing for the first time the important role that viscous strains can play in ice-sheet fractures. This is achieved with a new two-scale model. See: https://t.co/8GYbXri2od
Excited to share this highlight paper https://t.co/ZYXdKjV5CX recently published in The Cryosphere. It shows the importance of viscous deformations in the context of hydraulic fracture and supraglacial lake drainage. @MartinezPanedaE@moulinology
Can the phase field fracture model with just two free parameters (blind) predict the load-displacement path and crack trajectory in three point bending experiments. We say yes, in our latest paper https://t.co/0XF2n8lR8d
@chenna1985 Most people I spoke with one-on-one in our computational mechanics community are not AI believers but are doing it just because there are opportunities for funding.
@GrowingMatter @alessandro_dr I worked on this for my PhD thesis, but simpler finger formation examples. Your simulations look terrific that mine pale in comparison. However, I did all mine in a custom written Matlab code. https://t.co/ySuBfIZ6pi https://t.co/jeucMUz2SN
@chenna1985 The problem with computational mechanics is that we are just creating new methods constantly while ignoring the fact that most of them fail to address the science challenges they were intended for.