Faculty profile
Mark Diederichs
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Research
Latest funding
- $200,000
Continuous improvement in geomechanics characterization and analysis for excavation damage zone prediction and management
NSERC · 2023 · Co-investigator
- $264,000
Damage initiation, fracture evolution to failure in deep excavations in structured rock for mining, tunnelling and deep storage - Getting dilation, degradation and structural displacements right for prediction, field verification & observational design
NSERC · 2022 · Principal investigator
- $285,000
Investigation, testing and verification in support of advanced EDZ modelling
NSERC · 2018 · Principal investigator
Continuous improvement in geomechanics characterization and analysis for excavation damage zone prediction and management
Principal investigators: Day, Jennifer JJ
Keywords: deep geological repositories; excavation damage zone; geological engineering; geomechanical laboratory testing; geomechanical numerical modelling; geomechanics; long-term nuclear waste management
Damage initiation, fracture evolution to failure in deep excavations in structured rock for mining, tunnelling and deep storage - Getting dilation, degradation and structural displacements right for prediction, field verification & observational design
Principal investigators: Diederichs, Mark
Keywords: tunnelling; mining; nuclear waste repository; rock mechanics; rock engineering; fracture mechanics; excavation damage zone; rock mass response; modelling; monitoring
Investigation, testing and verification in support of advanced EDZ modelling
Principal investigators: Diederichs, Mark Stephen
An ultrahigh-speed camera to unlock the behaviour of rapid landslides, impulse waves, fracture propagation, and superhydrophobic surfaces
Principal investigators: Take, William
Multi-purpose high speed, high accuracy LiDAR scanner for surface and underground geomechanics assessment in harsh environments
Principal investigators: Hutchinson, DJean
Advanced excavation damage zone behaviour prediction for immediate and delayed construction response during deep tunneling and deep geological repository development
Principal investigators: Diederichs, Mark
Development of a Synthetic Rock Mass for Repository Geomechanics
Principal investigators: Martin, Derek
Risk assessment of ground hazards along railways - Phase II
Principal investigators: Martin, Derek
Geomatics for Informed Decisions/La géomatique pour des inerventions et des décisions éclairées
Principal investigators: Chrisman, Nicholas
High speed, high precision, medium range LiDAR scanner for geomechanical and geomatics analysis
Principal investigators: Hutchinson, Jean
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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