Author: D. Jean Hutchinson
Field and laboratory procedures for investigating the fouling process within railway track ballastBrennan Bailey, D. Jean Hutchinson, Duncan Gordon, Greg Siemens, Mario Ruel (GEO2011)
Assessing Geometry of Rock Masses using Static and Mobile LiDAR Scanning
Matthew J. Lato, Rob Harrap, D. Jean Hutchinson, Mark Diederichs, C. Derek Martin (GEO2011)
Assessment of embankment fouling from geotechnical testing of railway ballast samples
Brennan Bailey, D. Jean Hutchinson, Greg Siemens, Mario Ruel (GEO2011)
Rockfall and Talus Accumulation from Serial Lidar Scans: A Railway Case Study from the White Canyon, Thompson River BC
Dave Gauthier, Matt Lato, Tom Edwards, D. Jean Hutchinson (GeoManitoba 2012)
Does Ground Frost Affect the Timing of Large Landslides in Sensitive Champlain Clay?
Dave Gauthier, D. Jean Hutchinson (GeoManitoba 2012)
An annual cycle of loose rock flux on a large slope affecting a railway corridor, from serial LiDAR data in the White Canyon of the Thompson River, BC
Dave Gauthier, Matt Lato, Tom Edwards, D. Jean Hutchinson (GeoMontréal 2013)
Rockfall source location and volume from autonomous UAV-acquired photos: A case study from a railway slope in northern Ontario
Dave Gauthier, D. Jean Hutchinson, Matt Lato, David F. Wood, A.J. Morris (GeoRegina 2014)
FREQUENCY-MAGNITUDE OF ROCKFALL EVENTS FOR HAZARD ANALYSIS; A COMPARISON OF DATA FROM LIDAR SCANNING WITH TRADITIONAL METHODS OF REPORTING
Megan van Veen, D. Jean Hutchinson, Ryan Kromer, Dave Gauthier, Matt Lato, Tom Edwards (GeoQuébec 2015)
Use of single-scan Remote Sensing Data in Assessing Natural Rock Slope Conditions at the Railway Subdivision Scale
Richard Carter, D. Jean Hutchinson, Dave Gauthier (GeoOttawa 2017)
The Use of Unmanned Aerial Vehicles (UAVs) for Slope Stability Assessment
Connor T. Meeks, David A. Bonneau, D. Jean Hutchinson, Dave Gauthier (GeoOttawa 2017)
Game Engine Based Rockfall Modelling Techniques Applied To Natural Slopes
Zac Sala, D. Jean Hutchinson, Matthew Ondercin (GeoOttawa 2017)
Application of LiDAR technology for the investigation of rock mass response to blasting
Jonathan D. Aubertin, D. Jean Hutchinson, Mark Diederichs, Jean-Baptiste Dromer (GeoOttawa 2017)
Investigating normal and shear stiffness properties of fractures and healed sedimentary nodular structure in the Cobourg limestone
Mark S. Diederichs, D. Jean Hutchinson, Jennifer J. Day
(GeoOttawa 2017)Railway Ground Hazard Research Program Update: Rock Slope Hazard Assessment
D. Jean Hutchinson, David Bonneau, Richard Carter, Zac Sala, Dave Gauthier, Ryan Kromer, Megan van Veen, Emily Rowe (GeoEdmonton 2018)
Application of LiDAR technology for the assessment of mechanical scaling conditions in underground mines and tunnels
Jonathan D. Aubertin, D. Jean Hutchinson, Mark S. Diederichs (GeoSt. John's 2019)
The Influence of Asperities, Joint Topology and Stress on Fracture Geomechanical Properties
T.R. Packulak, M.T. Ahmed Labeid, D.A. Bonneau, Mark S. Diederichs, D. Jean Hutchinson, J.J. Day
(GeoSt. John's 2019)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 (GeoSt. John's 2019)
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