Paul Simms

Quantifying the benefits of tailings deposition innovations in terms of stability and failure consequence

Principal investigators: simms, paul

Keywords: consolidation; rheology; large scale testing; numerical simulation; tailings; failures; shear strength

"Failing forward" to secure oil sands tailings impoundments against catastrophic failures

Principal investigators: Simms, Paul H

Keywords: consolidation; failure; flowability; reclamation; shear strength; tailings

Use of Synthetic Biology to Improve Bio-cementation for Canadian Infrastructure

Principal investigators: Atefi-Monfared, Kamelia

Keywords: bio-cementation microbially-induced carbonate precipitation ground improvement gene identification gene characterization assembling of genes multiphase numerical modeling coupled biological-chemical-hydraulic-mechanical processes in porous media mine tailing stabilization stabilization of low volume gravel roads

Fabric, rheology, and shear strength for risk reduction in tailings impoundment management

Principal investigators: simms, paul

Long term dewatering of amended oil sands tailings

Principal investigators: Simms, Paul

Visualization of deposition and moisture evolution of thickened tailings in the field at Musselwhite Mine

Principal investigators: Simms, Paul

Comparative study of the physics of soil-evaporation models

Principal investigators: Simms, Paul

Optimizing deposition of amended oil sand tailings products

Principal investigators: Simms, Paul

Modification of hydro-geotechnical properties of tailings for optimization of high density deposition

Principal investigators: Simms, Paul

Material characterization and modelling for optimization of field trials for deposition of thickened oil sands tailings

Principal investigators: Simms, Paul