Faculty

Institution

Unit

Venue

Mehrdad Razavi

Associate Professor

New Mexico Institute of Mining and Technology

Affiliations

Civil Engineering Department

College of Engineering

Department of Engineering Science

Computer Science & Engineering,

Department Of Mining And Geological Engineering

Department Of Mining, Environmental And Geological Engineering

Institute For Engineering Research And Applications

New Mexico Institute of Mining and Technology

Mehrdad Razavi is currently serving as a Civil Engineering Associate Professor at New Mexico Institute of Mining And Technology.

Honors

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Experiences

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Education

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Mehrdad Razavi

New Mexico Institute of Mining and Technology

Associate Professor

You can click a keyword to filter the displayed items

civil engineering geotechnical engineering soil dynamics environmental engineering soil geoenvironmental engineering sediment transport engineering geology soil erosion rock slope cement kiln dust mechanical engineering aerospace engineering structural health monitoring numerical modeling (geology) land degradation landslides autonomous robots unmanned aircraft systems erosion prediction cement-based construction material underground construction soil engineering mining engineering soil mechanics aerial robotics erosion control measurement digital image processing structural geology geophysical prospecting rock mechanics rock engineering mineral processing swarm intelligence automatic control field robotics hydrological process hydraulic research soil characterization bomb damage assessment digital image correlation rock burst dewatering particle technology unmanned ground vehicle unmanned systems unmanned vehicles flying robot rock slide soil properties soil structure hydraulic engineering embankment dam hydraulic properties hydraulics digital twinning real-time monitoring monitoring technology automatic target recognition sensor health slope erosion control portland cement soil slope soil electrical resistivity open pit mines close range photogrammetry monitor displacements dimension stone quarries case study rock block geometry primary consolidation settlement particle size combined effects tailings dewatering mechanism

Notable Scholarly Works

Notable Federal Grants

Collaborators

Egg-Inspired Deployable Environmental Sensors for Autonomous Multi-Agent Path Planning for Uav and Ugv Systems. (2026)

swarm intelligenceunmanned aerial vehiclesroboticssensorsaerial roboticsaerospace engineeringunmanned vehiclesunmanned systemsmultiagent systemsunmanned aircraft systemsunmanned ground vehicleautonomous robots

Electroreceptive Gradient-Following System for Autonomous Drone Landing. (2026)

unmanned aerial vehiclesautonomous drone landingfield roboticsdronesflying robotautomatic controlaerial roboticsaerospace engineeringaerospaceunmanned aircraft systemsautonomous robots

Experimental and Numerical Studies of Displacement Fields and Failure Mechanisms in Untreated and Reinforced Slopes Using Optical Flow Analysis. AIMS Geosciences (2026)

mechanical engineeringmechanicslandslidesrock slidedisplacement fieldsoptical flow analysisengineering geologyrock slopefailure mechanismsmechanical testingengineering

Quantitative Evaluation of Displacement Fields in a Tailings Dam Physical Model Under Elevated Pore Water Pressure Using Digital Image Processing. Mining (2026)

hydraulic engineeringhydraulic propertieshydraulic researchhydrologyhydrological processnumerical modeling (geology)water sciencedisplacement fieldscivil engineeringhydraulicsquantitative evaluationgeotechnical engineeringembankment damwater resourcesengineering

Real-Time Digital Twin Technology for Environmental Monitoring and Risk Prediction in Mines. (2026)

risk predictionsystems engineeringdigital twinningmonitoring technologyindustrial informaticscivil engineeringenvironmental monitoringsensorssignal processingreal-time monitoring

Sensing and Hazard Detection in Autonomous Mine Rescue. (2026)

systems engineeringsensor healthautomatic target recognitionsensorsautonomous mine rescuemining engineeringstructural health monitoringlocalization

Effects of Sand–Cement Columns on Primary Consolidation Settlement. Applied Sciences (2025)

soil dynamicscement-based construction materialcivil engineeringprimary consolidation settlementgeomechanicsgeotechnical engineering

Long-Term Effects of Cement Kiln Dust (Ckd) on the Permeability of a Treated Soil Slope. Geotechnics (2025)

environmental engineeringsoil engineeringsoil dynamicssoilcement kiln dustlong-term effectsgeoenvironmental engineeringsoil propertiescivil engineeringtreated soil slopegeotechnical engineeringsoil mechanicssoil structure

Review of the Combined Effects of Mineralogy and Particle Size on Tailings Dewatering Mechanism. American Journal of Mining and Metallurgy (2025)

particle sizemechanical engineeringmineral processinggeoenvironmental engineeringcivil engineeringparticle technologytailings dewatering mechanismgeotechnical engineeringdewateringcombined effectsmanufacturinggranular materials

Effects of Discontinuities on the Rock Block Geometry of Dimension Stone Quarries: A Case Study. Geomechanics and Geoengineering (2023)

rock block geometrycase studyrock burstrock mechanicsdimension stone quarriesnumerical modeling (geology)civil engineeringrock engineeringengineering geologyunderground constructionstructural geologygeotechnical engineeringrock slope

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Mehrdad Razavi

Associate Professor

New Mexico Institute of Mining and Technology

Affiliations

Civil Engineering Department

College of Engineering

Department of Engineering Science

Computer Science & Engineering,

Department Of Mining And Geological Engineering

Department Of Mining, Environmental And Geological Engineering

Institute For Engineering Research And Applications

New Mexico Institute of Mining and Technology

Mehrdad Razavi is currently serving as a Civil Engineering Associate Professor at New Mexico Institute of Mining And Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Mehrdad Razavi

New Mexico Institute of Mining and Technology

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Egg-Inspired Deployable Environmental Sensors for Autonomous Multi-Agent Path Planning for Uav and Ugv Systems. (2026)

Electroreceptive Gradient-Following System for Autonomous Drone Landing. (2026)

unmanned aerial vehiclesautonomous drone landingfield roboticsdronesflying robotautomatic controlaerial roboticsaerospace engineeringaerospaceunmanned aircraft systemsautonomous robots

Experimental and Numerical Studies of Displacement Fields and Failure Mechanisms in Untreated and Reinforced Slopes Using Optical Flow Analysis. AIMS Geosciences (2026)

mechanical engineeringmechanicslandslidesrock slidedisplacement fieldsoptical flow analysisengineering geologyrock slopefailure mechanismsmechanical testingengineering

Quantitative Evaluation of Displacement Fields in a Tailings Dam Physical Model Under Elevated Pore Water Pressure Using Digital Image Processing. Mining (2026)

Real-Time Digital Twin Technology for Environmental Monitoring and Risk Prediction in Mines. (2026)

risk predictionsystems engineeringdigital twinningmonitoring technologyindustrial informaticscivil engineeringenvironmental monitoringsensorssignal processingreal-time monitoring

Sensing and Hazard Detection in Autonomous Mine Rescue. (2026)

systems engineeringsensor healthautomatic target recognitionsensorsautonomous mine rescuemining engineeringstructural health monitoringlocalization

Effects of Sand–Cement Columns on Primary Consolidation Settlement. Applied Sciences (2025)

soil dynamicscement-based construction materialcivil engineeringprimary consolidation settlementgeomechanicsgeotechnical engineering

Long-Term Effects of Cement Kiln Dust (Ckd) on the Permeability of a Treated Soil Slope. Geotechnics (2025)

Review of the Combined Effects of Mineralogy and Particle Size on Tailings Dewatering Mechanism. American Journal of Mining and Metallurgy (2025)

Effects of Discontinuities on the Rock Block Geometry of Dimension Stone Quarries: A Case Study. Geomechanics and Geoengineering (2023)

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