| title | layout |
|---|---|
presentations |
default_workshop |
All times are Pacific Time [Download schedule]
| Q and A on June 7th Video | |
|---|---|
| J. Hutchings, S. Durski, and A. Khosravi Oregon State University |
Multi-scales in sea ice: A review of sea ice structure and how it relates to mechanics |
| S. Farrell, K. Duncan, E. Buckley, O. Baney University of Maryland |
High-resolution Observations of Arctic Sea Ice with NASA’s ICESat-2 |
| N. Hutter, L. von Albedyll, S. Hendricks Alfred Wegener Institute |
MOSAiC: a testbed for DEMs? |
| B. Tremblay, Damien Ringeisen, and Mathieu Plante McGill University |
Intersection Angle between shear fractures in Sea Ice |
| H. Dinh, D. Giannakis, G. Stadler, and J. Slawinska New York University |
Machine Learning on Phase-Field Models of Sea Ice Fracture |
| N. Chen1, S. Fu1, and G. Manucharyan2 1 University of Wisconsin 2 University of Washington |
Efficient and Statistically Accurate Lagrangian Data Assimilation of Sea Ice Using Non-Interacting Floes |
| Q. Deng, N. Chen, and S. Stechmann University of Wisconsin |
Lagrangian DA and UQ for Sea Ice Floes with Superfloe Parameterization |
| A. Davis 1, D. Giannakis1, G. Stadler1, and S. Stechmann2 1 New York University 2 University of Wisconsin |
Super-parameterization of Lagrangian sea ice dynamics using the
Boltzmann equation |
| Q and A on June 8th Video | |
|---|---|
| A. Khosravi, J. Hutchings, and S. Durski Oregon State University |
Mechanics of sea ice at small scales |
| S. Durski, J. Hutchings, and A. Khosravi Oregon State University |
Development of a polygon-based DEM for sea ice |
| S. Labbe Sorbonne University |
Sea ice modelling, a granular approach |
| L. Liu and S. Ji Dalian University of Technology |
Discrete element analysis of ice load on marine structures with dilated polyhedron element |
| A. Polojärvi and J. Tuhkuri Aalto University |
Granular Sea Ice in Engineering Scale |
| A. Damsgaard 1,2, O. Sergienko1, and A. Adcroft1 1 Princeton University 2 Aarhus University |
Floe-scale ridging in discrete element models for sea ice |
| D. O'Connor, B. West, and M. Krackow Cold Regions Research and Engineering Laboratory |
Modeling Continuous Sea Ice Floes with the Discrete Element Method |
| R. Moncada Lopez and J. Andrade California Institute of Technology |
Sea Ice Level Set DEM: Effects of Lateral Melting and Breakage |
| B. Montemuro and G. Manucharyan University of Washington |
SubZero -- Sea Ice Model with an Explicit Representation of a Floe Life Cycle |