Lawrence C. Murdoch

Professor

Clemson University

Affiliations

College of Engineering, Computing, and Applied Sciences (CECAS)

School of Civil and Environmental Engineering and Earth Sciences

Lawrence C. Murdoch is currently serving as a College Of Engineering, Computing, And Applied Sciences (Cecas) Professor at Clemson University.

Honors

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Experiences

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Education

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Lawrence C. Murdoch

Clemson University

Professor

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materials science environmental engineering earth science environmental science hydrology hydrogeology geotechnical engineering hydraulic fracturing geomechanics water resources geology engineering geology hydraulic engineering water science hydraulics hydraulic research soil sediment transport rock engineering fracture mechanics subsurface hydrology thermal engineering reservoir engineering fractured rock petroleum engineering water resource management fragmentation effect microwave photonics hydrological sciences shallow hydraulic fractures marine engineering sediment research applied geochemistry fluid flow applied geomorphology experimental tectonics hydrological modeling stressstrain analysis hydraulic fractures hydromechanical well tests sand transport residual soil fracture aperture water process engineering greenhouse gas control geoenvironmental engineering landslides fluvial process exploration geophysics subsidence monitoring geocomputation hydraulic properties hydrogeologic system separation technology mass transfer sinusoidal spacers flat-lying fracture hydromechanical behavior contaminant removal variable initial abstraction cvoc removal source apportionment full duplex direct observation continuous monitoring conventional instrumentation underground construction hydrogeophysics membrane systems membrane technology membrane transport membrane process applied geophysics conventional seepage meters hysteretic trapping reservoir conditions

Notable Scholarly Works

Notable Federal Grants

Collaborators

Strain Type‐Curve Analysis During Recovery Using Evolutionary Polynomial Regression for Evaluating Confined Reservoir Properties. International Journal for Numerical and Analytical Methods in Geomechanics (2026)

numerical modeling (geology)reservoir engineeringgeomechanicsengineeringreservoir modelingrock engineeringmechanics of materials

Characterizing Reservoir Boundaries Using the Shallow Strain Tensor Measured During Well Tests. Journal of Hydrology (2025)

hydraulic researchsubsurface hydrologyhydrologycivil engineering

Imaging Proppant in a Shallow Hydraulic Fracture Using Ground‐Penetrating Radar. Geophysical Research Letters (2025)

geotechnical engineeringnumerical modeling (geology)fracture mechanicsradargeomechanicsdynamic crack propagationcivil engineeringcrack formationgeophysical prospecting

Use of Carbon-14 Trichloroethene to Determine Degradation Rate Constants in Rock Core Microcosms. Journal of Contaminant Hydrology (2025)

environmental technologyenvironmental chemistryenvironmental scienceenvironmental fatewater pollution

A Microwave Photonics Optical Fiber Method for Measuring Distributed Strain for Hydrologic Applications in the Vadose and Saturated Zones. Geophysical monograph (2024)

Liwei HuaLawrence C. MurdochXuran ZhuLeonid N. GermanovichYongji WuJing GuoRiley BlaisGrant PlunkettOlivia CostantinoScott DeWolfRob MoakHai Xiao

thermal engineeringspatial analysismicrowave photonicsenvironmental sciencevadose zoneenvironmental engineeringwater scienceapplied physicshydrologyhydrologic applications

9A Injection: July 26 Thru November 21, 2022. OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) (2023)

DeWolf, ScottMurdoch, Lawrence C

energy chemistryenergy systemsenergy researchchemical engineeringenergy managementenergy policysustainable energyenergy analysisenergy storageenergy exploration

Characterizing High Temperature Borehole Heat Exchangers for Energy Storage. (2023)

thermal engineeringengineeringheat transferheat exchangersthermal energy storage

Characterizing Strain Tensor Response to Permeability Changes. (2023)

rock mechanicsdeformationmechanical engineeringstrain localizationmechanics

Experimental Measurements and Numerical Simulations of the Transport and Retention of Nanocrystal Cdse/Zns Quantum Dots in Saturated Porous Media: Effects of Electrolytes, Organic Ligand, and Natural Organic Matter. The Science of The Total Environment (2023)

Chunyan LiAsra HassanMarcell PalmaiYu XiePreston T. SneeBrian A. PowellLawrence C. MurdochChristophe J.G. Darnault

transport phenomenacharge carrier transporttotal environmentsemiconductor nanostructuresnanotechnologyenvironmental sciencesemiconductor technologynatural organic mattermembrane scienceexperimental analysissaturated porous mediacondensed mattersemiconductor materialsnanoparticle researchcondensed matter physicsmaterial chemistryexperimental measurementsnanomaterialsorganic ligandenvironmental engineeringsemiconductorsmaterials science

Feasibility of Measuring the Strain Tensor at Geothermal Reservoir Temperatures. PROCEEDINGS, 49th Workshop on Geothermal Reservoir Engineering, Stanford University, Stanford, California (2023)

geothermal energyreservoir engineeringgeomechanicsgeothermal systemscivil engineeringenergy exploration

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