A physics-based, reach-scale model to forecast the timing and intensity of river ice breakup
Benoit Turcotte, Jennifer Nafziger, Zavier Berti
1.17 MB
Two-Dimensional Ice Jam Modelling Using Weakly Compressible Smoothed Particle Hydrodynamics
Hossein Mahdizadeh, Colin Rennie, Abolghasem Pilechi
1.08 MB
One-Way Coupling of REEF3D::SFLOW and SAMS for Predicting Ice Loads on Pillars/Piers in a Laboratory Channel
Tim Rohm, Raed Khalil Lubbad
1.41 MB
Simulation comparison of river-ice hydraulic models
Karl-Erich Lindenschmidt, Gautam Basnet, Jennifer Nafziger, Kevin Lees, Spyros Beltaos, Julia Blackburn, Michael Brayall, Shawn Clark, Lucas Wazney, Sergio Gomez, Nadia Kovachis, Vincent McFarlane, Yuntong She, Madison Stafford, Fuad Curi, Joe Groeneveld
1.98 MB
Can we reconnect floodplains in a channelized river with frazil ice? A case study of the Lower Lemhi River Subreach 1 Rehabilitation Project
Jeffrey Fealko
3.28 MB
Identification and statistical analysis of freeze-up ice consolidations on the Peace River, AB
Martin Jasek, Jonathan Lamontagne
1.31 MB
Forecasting ice-jam flooding during river freezing
Karl-Erich Lindenschmidt, Robert Briggs, Apurba Das, Sergio Gomez, Amir Ali Khan, Michael Lynch, Johnse Ostman, Thomas Puestow, David Streubel, Kyle Van Peursem
965.23 KB
A Comparison between machine learning approaches for forecasting Ice Jam Flood occurrence: A case study on the Chaudière River
Amirhossein Salimi, Tadros Ghobrial, Hossein Bonakdari
670.74 KB
Predicting ice jam formation at a confluence using hydraulic modelling and empirical relations: A case study on the Sainte-Anne River, Québec
Laurence Charbonneau, Tadros Ghobrial, Jennifer Nafziger
1.01 MB