Author: D. Jean Hutchinson
ORCID: 0000-0002-4577-94042022
2021
2019
Application of LiDAR technology for the assessment of mechanical scaling conditions in underground mines and tunnels
Jonathan D Aubertin, Mark S Diederichs, D. Jean Hutchinson
The impact of a salt deposit’s origin on its exploitation: three case-studies from underground mining operations
Jonathan D Aubertin, Stefan Hoentzsch, Mark S Diederichs, D. Jean Hutchinson
The Influence of Asperities, Joint Topology and Stress on Fracture Geomechanical Properties
TR Packulak, MT Ahmed Labeid, DA Bonneau, Mark S Diederichs, D. Jean Hutchinson, Jennifer Day
Jonathan D Aubertin, Mark S Diederichs, D. Jean Hutchinson
The impact of a salt deposit’s origin on its exploitation: three case-studies from underground mining operations
Jonathan D Aubertin, Stefan Hoentzsch, Mark S Diederichs, D. Jean Hutchinson
The Influence of Asperities, Joint Topology and Stress on Fracture Geomechanical Properties
TR Packulak, MT Ahmed Labeid, DA Bonneau, Mark S Diederichs, D. Jean Hutchinson, Jennifer Day
2018
2017
Investigating normal and shear stiffness properties of fractures and healed sedimentary nodular structure in the Cobourg limestone
Mark S Diederichs, Jennifer Day, D. Jean Hutchinson
Game Engine Based Rockfall Modelling Techniques Applied To Natural Slopes
Zac Sala, Matthew Ondercin, D. Jean Hutchinson
Application of LiDAR technology for the investigation of rock mass response to blasting
Jonathan D Aubertin, Mark Diederichs, Jean-Baptiste Dromer, D. Jean Hutchinson
Use of single-scan Remote Sensing Data in Assessing Natural Rock Slope Conditions at the Railway Subdivision Scale
Richard Carter, Dave Gauthier, D. Jean Hutchinson
The Use of Unmanned Aerial Vehicles (UAVs) for Slope Stability Assessment
Connor T Meeks, David A Bonneau, Dave Gauthier, D. Jean Hutchinson
Mark S Diederichs, Jennifer Day
, D. Jean HutchinsonGame Engine Based Rockfall Modelling Techniques Applied To Natural Slopes
Zac Sala, Matthew Ondercin, D. Jean Hutchinson
Application of LiDAR technology for the investigation of rock mass response to blasting
Jonathan D Aubertin, Mark Diederichs, Jean-Baptiste Dromer, D. Jean Hutchinson
Use of single-scan Remote Sensing Data in Assessing Natural Rock Slope Conditions at the Railway Subdivision Scale
Richard Carter, Dave Gauthier, D. Jean Hutchinson
The Use of Unmanned Aerial Vehicles (UAVs) for Slope Stability Assessment
Connor T Meeks, David A Bonneau, Dave Gauthier, D. Jean Hutchinson
2016
Classification of Rockfall Patterns using Remote Sensing Data for Hazard Assessment in Canadian Rail Corridors
Megan van Veen, Dave Gauthier, Matthew Lato, Tom Edwards, D. Jean Hutchinson
Analysis of structural controls on rockfalls in White Canyon using LiDAR change detection
Emily Rowe, Ryan Kromer, Megan van Veen, Tom Edwards, D. Jean Hutchinson
Megan van Veen, Dave Gauthier, Matthew Lato, Tom Edwards, D. Jean Hutchinson
Analysis of structural controls on rockfalls in White Canyon using LiDAR change detection
Emily Rowe, Ryan Kromer, Megan van Veen, Tom Edwards, D. Jean Hutchinson
2015
CATHEDRAL MOUNTAIN 2014 ICE FALL AND DEBRIS FLOW
Lukas Arenson, Chris Bunce, Dave Gauthier, Richard Guthrie, Matthias Jakob, Cory McGregor, D. Jean Hutchinson
DETECTION OF ROCK SLOPE FAILURE PRECURSORS USING A TERRESTRIAL LASER SCANNER
Ryan Kromer, Matt Lato, Dave Gauthier, Tom Edwards, D. Jean Hutchinson
ON THE PRECISION, ACCURACY, AND UTILITY OF OBLIQUE AERIAL PHOTOGRAMMETRY (OAP) FOR ROCK SLOPE MONITORING AND ASSESSMENT
Dave Gauthier, Matthew Lato, Tom Edwards, Chris Bunce, David Wood, D. Jean Hutchinson
3D DATA COLLECTION FOR RAPID ROCK FALL RESPONSE SITUATIONS
Matt Lato, Dave Gauthier, Pete Quinn, Ryan Kromer, Tom Edwards, Jose Riopel, D. Jean Hutchinson
FREQUENCY-MAGNITUDE OF ROCKFALL EVENTS FOR HAZARD ANALYSIS; A COMPARISON OF DATA FROM LIDAR SCANNING WITH TRADITIONAL METHODS OF REPORTING
Megan van Veen, Ryan Kromer, Dave Gauthier, Matt Lato, Tom Edwards, D. Jean Hutchinson
Lukas Arenson, Chris Bunce, Dave Gauthier, Richard Guthrie, Matthias Jakob, Cory McGregor, D. Jean Hutchinson
DETECTION OF ROCK SLOPE FAILURE PRECURSORS USING A TERRESTRIAL LASER SCANNER
Ryan Kromer, Matt Lato, Dave Gauthier, Tom Edwards, D. Jean Hutchinson
ON THE PRECISION, ACCURACY, AND UTILITY OF OBLIQUE AERIAL PHOTOGRAMMETRY (OAP) FOR ROCK SLOPE MONITORING AND ASSESSMENT
Dave Gauthier, Matthew Lato, Tom Edwards, Chris Bunce, David Wood, D. Jean Hutchinson
3D DATA COLLECTION FOR RAPID ROCK FALL RESPONSE SITUATIONS
Matt Lato, Dave Gauthier, Pete Quinn, Ryan Kromer, Tom Edwards, Jose Riopel, D. Jean Hutchinson
FREQUENCY-MAGNITUDE OF ROCKFALL EVENTS FOR HAZARD ANALYSIS; A COMPARISON OF DATA FROM LIDAR SCANNING WITH TRADITIONAL METHODS OF REPORTING
Megan van Veen, Ryan Kromer, Dave Gauthier, Matt Lato, Tom Edwards, D. Jean Hutchinson
2014
Assessing the Capability and Limitations of ALS, TLS and Terrestrial Photogrammetry for Mapping Differential Slope Change in Mountainous Terrain
M Lato, D Gauthier, T Edwards, D. Jean Hutchinson
Rockfall source location and volume from autonomous UAV-acquired photos: A case study from a railway slope in northern Ontario
Dave Gauthier, Matt Lato, David F Wood, AJ Morris, D. Jean Hutchinson
M Lato, D Gauthier, T Edwards, D. Jean Hutchinson
Rockfall source location and volume from autonomous UAV-acquired photos: A case study from a railway slope in northern Ontario
Dave Gauthier, Matt Lato, David F Wood, AJ Morris, D. Jean Hutchinson