Faculty

Institution

Unit

Venue

Marvin W Halling

Professor

Utah State University

Affiliations

College of Engineering

Department of Civil and Environmental Engineering

Marvin W Halling is currently serving as a College Of Engineering Professor at Utah State University.

Honors

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Experiences

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Education

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Marvin W Halling

Utah State University

Professor

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civil engineering structural engineering bridge engineering engineering structures engineering structural testing structural safety structural performance bridge design structural analysis structural health monitoring vibrations mechanical engineering structural vibrations structural concrete structural mechanics construction engineering mechanical testing structural dynamics construction materials vibration control structural control structural identification modal analysis seismic hazard concrete technology seismic analysis infrastructure engineering structural integrity composite structures structural reliability structural design seismic isolation statistics natural hazards earthquake scenario ultra-high-performance concrete engineering geology damage mechanism high-rise buildings ground motions bridge structures reliability reliability engineering structural applications mechanical science failure prediction damage detection delamination detection dynamic effects vehicle system dynamics structural optimization deterioration modeling vehicle dynamics nonlinear vibrations engineering failure analysis structural steel building performance performance-based building design constant failure rate nchrp method precast deck panels live-load analysis boundary condition states concrete deck concrete bridge lambert road bridge near-source ground motion building science structural fire engineering structural fire safety wood quality wood structures ground shaking flexible buildings thrust earthquake

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Evaluation of the Transfer and Development Length of 28.6 MM Diameter Grade 1780 Strands in Normal Strength Concrete. Construction and Building Materials (2025)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

construction engineeringstructural engineeringconstruction materialsconcrete technologyexperimental evaluationultra-high-performance concretedevelopment lengthstructural performancestructural mechanicscement-based construction materialstructural concretecivil engineeringstructural testingnormal strength concreteengineering structuresmechanical testingengineering

Experimental Evaluation of the Transfer and Development Length of 28.6 MM Diameter Grade 1780 Strands in Normal Strength Concrete. (2025)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

Flexural Performance of Bridge Girders Constructed With Multiple 19-Wire-28.6-MM-Diameter, Grade 1780 Strands, and Self-Consolidating Concrete. Journal of structural design and construction practice. (2025)

Fray F. Pozo-LoraMarc MaguireMarvin W. HallingPaul J. Barr

construction engineeringstructural engineeringconstruction materialsstructural performancecivil engineeringbridge designbridge girders constructedflexural performancegrade 1780bridge engineeringengineering structuresengineering

Benchmarking the Bond of 19-Wire–28.6-MM-Diameter Prestressing Strands to Normal-Weight Concrete. Journal of Materials in Civil Engineering (2024)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

construction engineeringstructural engineeringconstruction materialsconcrete technologyultra-high-performance concretestructural performancestructural concretecivil engineeringstructural testing19-wire–28.6-mm-diameter prestressing strandsengineering structuresengineering

Test Platform to Evaluate Pavement Embedded Wireless Charging Pads. 2022 Wireless Power Week (WPW) (2022)

Joshua B. LarsenAbhilash KamineniNick RobertsMarv HallingPilaiwan VaikasiArden Barnes

embedded systemslong term reliabilitycomputer engineeringtransportation engineeringhighway pavementstest platformcivil engineeringvehicular technologypower deliveryelectrical engineeringlower traffic densities

Bridge Load Testing: State-Of-The-Practice. Journal of Bridge Engineering (2020)

Sreenivas AlampalliDan M. FrangopolJesse GrimsonMarvin W. HallingDavid E. KosnikEva O. L. LantsoghtDavid YangY. Edward Zhou

bridge loadreliabilitystructural engineeringbridge load testingstructural performanceinfrastructure engineeringstructural safetystructural analysisload testingcivil engineeringstructural testingbridge designstructural health monitoringstructural integritybridge engineeringengineering structuresstructural reliabilityengineering

Design Considerations for 50 Kw Dynamic Wireless Charging With Concrete-Embedded Coils. (2020)

Benny J. VargheseAbhilash KamineniNicholas RobertsMarv HallingDuleepa J. ThrimawithanaRegan A. Zane

concrete-embedded pad prototypesenergy harvestingelectric vehiclesstructural concretekw dynamic wirelesspower deliverywireless power transmissionelectrical engineeringconcrete-embedded coilsengineering

Live-Load Behavior of a Twin I-Girder Bridge. Journal of Performance of Constructed Facilities (2020)

Jake MorrillPaul J. BarrMarvin W. HallingMarc Maguire

engineeringstructural engineeringlive-load behaviorstructural analysisstructural performancestructural safetydistribution factorscivil engineeringstructural testingbridge designsnake riverbridge engineeringengineering structuresinfrastructure engineering

Dynamic Effects Caused by Spmt Bridge Moves. Journal of Bridge Engineering (2019)

Sattar DorafshanMarc MaguireMarvin W. HallingPaul J. BarrMichael P. Culmo

vehicle system dynamicsdynamic effectstransportation engineeringvibrationscivil engineeringbridge designvertical accelerationsstructural dynamicsbridge engineeringspmt bridge movesengineering

Friction Coefficients for Slide-in Bridge Construction Using Ptfe and Steel Sliding Bearings. Journal of Bridge Engineering (2019)

Sattar DorafshanKristopher R. JohnsonMarc MaguireMarvin W. HallingPaul J. BarrMichael Culmo

frictionsliding wearstructural engineeringcivil engineeringbridge designlubrication typeconstruction engineeringconstruction materialshigh pressuresteel sliding bearingsstructural mechanicsbridge engineeringtribological propertymechanical testingsteel researchtribologyengineering structuresstructural testingengineering

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Marvin W Halling

Professor

Utah State University

Affiliations

College of Engineering

Department of Civil and Environmental Engineering

Marvin W Halling is currently serving as a College Of Engineering Professor at Utah State 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

Marvin W Halling

Utah State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Evaluation of the Transfer and Development Length of 28.6 MM Diameter Grade 1780 Strands in Normal Strength Concrete. Construction and Building Materials (2025)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

Experimental Evaluation of the Transfer and Development Length of 28.6 MM Diameter Grade 1780 Strands in Normal Strength Concrete. (2025)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

Fray F. Pozo-LoraMarc MaguireMarvin W. HallingPaul J. Barr

Benchmarking the Bond of 19-Wire–28.6-MM-Diameter Prestressing Strands to Normal-Weight Concrete. Journal of Materials in Civil Engineering (2024)

Fray F. Pozo-LoraMarc MaguireAndrew D. SorensenMarvin W. HallingPaul J. Barr

Test Platform to Evaluate Pavement Embedded Wireless Charging Pads. 2022 Wireless Power Week (WPW) (2022)

Joshua B. LarsenAbhilash KamineniNick RobertsMarv HallingPilaiwan VaikasiArden Barnes

Bridge Load Testing: State-Of-The-Practice. Journal of Bridge Engineering (2020)

Sreenivas AlampalliDan M. FrangopolJesse GrimsonMarvin W. HallingDavid E. KosnikEva O. L. LantsoghtDavid YangY. Edward Zhou

Design Considerations for 50 Kw Dynamic Wireless Charging With Concrete-Embedded Coils. (2020)

Benny J. VargheseAbhilash KamineniNicholas RobertsMarv HallingDuleepa J. ThrimawithanaRegan A. Zane

Live-Load Behavior of a Twin I-Girder Bridge. Journal of Performance of Constructed Facilities (2020)

Jake MorrillPaul J. BarrMarvin W. HallingMarc Maguire

Dynamic Effects Caused by Spmt Bridge Moves. Journal of Bridge Engineering (2019)

Sattar DorafshanMarc MaguireMarvin W. HallingPaul J. BarrMichael P. Culmo

vehicle system dynamicsdynamic effectstransportation engineeringvibrationscivil engineeringbridge designvertical accelerationsstructural dynamicsbridge engineeringspmt bridge movesengineering

Friction Coefficients for Slide-in Bridge Construction Using Ptfe and Steel Sliding Bearings. Journal of Bridge Engineering (2019)

Sattar DorafshanKristopher R. JohnsonMarc MaguireMarvin W. HallingPaul J. BarrMichael Culmo

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