Faculty

Institution

Unit

Venue

Mary MacLaughlin

Montana Technological University

Affiliations

Lance College of Mines and Engineering

CET, Construction, Line Program

Department Of Civil Engineering

Department Of Geological Engineering

Freshman Engineering

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Earth Science And Engineering

Studies Of College Of Letters, Sciences And Professional

Department Of General Science

Montana Technological University

Natural Resource Research Center

Strategic Plan

NoneMary Maclaughlin is currently serving as a Cet, Construction, Line Program faculty at Montana Technological University.

Honors

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Experiences

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Education

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Mary MacLaughlin

Montana Technological University

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civil engineering geotechnical engineering materials science earth science engineering geomechanics engineering geology rock mechanics rock engineering rock testing mechanical testing fiber optic sensing structural testing instrumentation geology geophysical prospecting underground construction geotechnical property fracture mechanics fibers rock slope rock slide mining engineering geotechnical problem landslides structural safety mining science condition monitoring geological modeling unmanned aerial vehicles remote sensing mechanical science thermal engineering deformation reconstruction digital photogrammetry acoustical engineering acoustic signal processing acoustic sensors distributed sensing temperature measurement thermal analysis temperature strips situ strain rock masses underground opening deformation modulus macroporous rock failure modes multibody system dynamic digital earth sustainable mining field robotics earthquake spectrum interface science mechanical deformation mechanical modeling stressstrain analysis site investigation geological hazards surveying mining environment digital image correlation texture analysis surface analysis earthquake rupture experimental tectonics underground infrastructure discontinuous deformation analysis slope-stability kinematics underground excavations multispectral uav imagery adverse discontinuities cubic analog specimens rock strain yield accelerations pseudo-static failure modes

Notable Scholarly Works

Notable Federal Grants

Collaborators

Recommendations for Selecting an Optimal Rock Joint Direct Shear Test Procedure. (2026)

geomechanicsrock physicsgeotechnical problemnumerical modeling (geology)structural safetyrock engineeringmechanical testingrock testingmechanical engineeringgeoenvironmental engineeringearthquake engineeringengineering geologyshear zonesgeotechnical engineeringengineering structuresrock mechanicsstructural testingstructural geologygeotechnical propertyengineering

Development of Calibrated Two-Dimensional Runout Maps at a Columnar Jointed Basalt Rockfall-Prone Site. (2025)

geological modelingrock mechanicsnumerical modeling (geology)geographyrock sliderock engineeringgeotechnical engineeringearth sciencegeology

Seismically-Induced Failure Mechanisms in Massive Rock Slopes. Engineering Geology (2025)

earthquake rupturemassive rock slopestectonicsseismologyrock mechanicsearthquake engineeringearthquake spectrumcivil engineeringengineering geologyrock engineeringearth sciencestructural geologyrock slopeexperimental tectonics

An Investigation of the Influence of Random Packing on Pfc3D Simulations of Unconfined Compression, Brazilian, and Three-Point Bending Tests. (2024)

unconfined compressionengineeringadditive manufacturingfracture mechanicsmechanical engineeringmechanical behaviorpfc3d simulationsthree-point bending testscomputational mechanicsstructural optimizationcompression (physics)numerical simulationsmechanical sciencemechanical testingmechanics of materials

Crack Initiation (CI) Thresholds From Acoustic Emission and Stress-Strain Data: A Comparison of Values Measured for Rocks From Montana and Idaho. (2024)

rock testingdynamic crack propagationfracture mechanicsmechanical engineeringrock mechanicscrack formationstress-strain datacivil engineeringrock engineeringengineering geologygeomechanicsacoustic emissioncrack initiationrock physicsstress wavemechanics of materials

The Effect of Joint Orientation and Spacing on the Dynamic Stability of Persistently-Jointed Rock Slopes. Japanese Geotechnical Society Special Publication (2024)

Lorne Arnold ArnoldJoseph WartmanMary MacLaughlinDavid Keefer

hillslope processpersistently-jointed rock slopesgeotechnical engineeringhydrodynamic stabilityjoint orientationdynamic stabilityengineering

Correlation of Near Surface Geotechnical and Geophysical Parameters for Six Bridge Sites in Central Montana. (2022)

geotechnical problemnear surface geotechnicalgeographysix bridge sitescivil engineeringengineering geologycentral montanastructural geologygeotechnical engineeringbridge engineeringgeotechnical property

Shake Table Validation of Pseudo-Static Failure Modes of Rock Slopes. Digital Commons - Montana Tech (Montana Tech of the University of Montana) (2020)

rock testingground motionsrock mechanicslandslidesrock slideshake table validationcivil engineeringgeomorphologyrock engineeringgeomechanicsengineering geologystructural geologygeotechnical engineeringearth sciencerock slopegeophysical prospectinggeotechnical property

Characterization of Peak Shear Strength of Rough Rock Joints Using Limited Displacement Multi-Stage Direct Shear (Ldmds) Tests. E3S Web of Conferences (2019)

civil engineeringpeak shear strengthgeomechanicsgeotechnical problemstructural safetymechanical testingrock testingmechanical engineeringearthquake engineeringrough rock jointsengineering geologygeotechnical engineeringfracture mechanicsrock mechanicsstructural analysisstructural performancestructural testinggeotechnical propertyengineering

Identifying and Mapping Potentially Adverse Discontinuities in Underground Excavations Using Thermal and Multispectral Uav Imagery. Engineering Geology (2019)

underground excavationsadverse discontinuitiesunmanned aerial vehicleslandslidesdigital earthgeological hazardsgeographyrock slidemultispectral uav imageryremote sensingsurveyingsite investigationgeotechnical engineeringearth sciencegeophysical prospecting

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Mary MacLaughlin

Montana Technological University

Affiliations

Lance College of Mines and Engineering

CET, Construction, Line Program

Department Of Civil Engineering

Department Of Geological Engineering

Freshman Engineering

College of Letters, Sciences and Professional Studies

Studies Of College Of Letters, Sciences And Professional

Department Of Earth Science And Engineering

Studies Of College Of Letters, Sciences And Professional

Department Of General Science

Montana Technological University

Natural Resource Research Center

Strategic Plan

NoneMary Maclaughlin is currently serving as a Cet, Construction, Line Program faculty at Montana Technological University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mary MacLaughlin

Montana Technological University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Recommendations for Selecting an Optimal Rock Joint Direct Shear Test Procedure. (2026)

Development of Calibrated Two-Dimensional Runout Maps at a Columnar Jointed Basalt Rockfall-Prone Site. (2025)

geological modelingrock mechanicsnumerical modeling (geology)geographyrock sliderock engineeringgeotechnical engineeringearth sciencegeology

Seismically-Induced Failure Mechanisms in Massive Rock Slopes. Engineering Geology (2025)

An Investigation of the Influence of Random Packing on Pfc3D Simulations of Unconfined Compression, Brazilian, and Three-Point Bending Tests. (2024)

Crack Initiation (CI) Thresholds From Acoustic Emission and Stress-Strain Data: A Comparison of Values Measured for Rocks From Montana and Idaho. (2024)

The Effect of Joint Orientation and Spacing on the Dynamic Stability of Persistently-Jointed Rock Slopes. Japanese Geotechnical Society Special Publication (2024)

Lorne Arnold ArnoldJoseph WartmanMary MacLaughlinDavid Keefer

hillslope processpersistently-jointed rock slopesgeotechnical engineeringhydrodynamic stabilityjoint orientationdynamic stabilityengineering

Correlation of Near Surface Geotechnical and Geophysical Parameters for Six Bridge Sites in Central Montana. (2022)

Shake Table Validation of Pseudo-Static Failure Modes of Rock Slopes. Digital Commons - Montana Tech (Montana Tech of the University of Montana) (2020)

Characterization of Peak Shear Strength of Rough Rock Joints Using Limited Displacement Multi-Stage Direct Shear (Ldmds) Tests. E3S Web of Conferences (2019)

Identifying and Mapping Potentially Adverse Discontinuities in Underground Excavations Using Thermal and Multispectral Uav Imagery. Engineering Geology (2019)

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5
6
10 / page