Faculty

Institution

Unit

Venue

Daniel Kuchma

Professor Civil and Environmental Engineering

Tufts University

Affiliations

School of Engineering

Civil and Environmental Engineering

Graduate School of Arts and Sciences

Daniel Kuchma is currently serving as a Civil And Environmental Engineering Professor Civil and Environmental Engineering at Tufts University.

Honors

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Experiences

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Education

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Daniel Kuchma

Tufts University

Professor Civil and Environmental Engineering

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structural engineering engineering civil engineering mechanical engineering structural mechanics materials science engineering structures structural analysis concrete technology structural safety structural concrete structural testing construction engineering building engineering structural design earthquake engineering composite construction bridge engineering structural performance structural health monitoring materials engineering construction materials structural optimization numerical simulations bridge design composite science computer-aided design strut-and-tie method strut-and-tie models seismic behavior composite structures power ultrasound structural reliability structural integrity rail transport corrosion damage reinforced concrete design automation fracture mechanics reliability engineering structural dynamics acoustic sensors nondestructive testing building science railway traffic structural systems computed tomography corrosion technology pile caps localized corrosion design tool concrete girders four-pile caps numerical model calibration flexible diaphragms concrete wall tests energy strategies energy research wind energy technology wind power generation wind engineering structure determination computational models advanced design computer design structural identification ultra-high-performance concrete stressstrain analysis impact loading impact (mechanics) finite element methods durability performance offshore technology building code requirements wind energy research aci-dafstb databases

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Perforations on Internal Cathodic Protection and Recruitment of Marine Organisms to Steel Pipes. Journal of Marine Science and Engineering (2024)

Alexander PaluzziGeoffrey SwainJohn DeFrancisciDaniel KuchmaColleen M. Hansel

marine engineeringengineeringmarine organismssteel pipesenvironmental engineeringmarine biologyinternal cathodic protection

Fatigue Analysis of a Jacket-Supported Offshore Wind Turbine at Block Island Wind Farm. Sensors (2024)

Nasim Partovi-MehrJohn DeFrancisciMohsen MinaeijavidBabak MoaveniDaniel KuchmaChristopher D. P. BaxterEric M. HinesAaron S. Bradshaw

offshore technologyoffshore wind powermechanical engineeringfatigue analysis

Concrete Compressive Strain Behavior and Magnitudes Under Uniaxial Fatigue Loading. Construction and Building Materials (2021)

Somashekar ViswanathJames M. LaFaveDaniel A. Kuchma

strain behaviormechanical testingfracture mechanicsstructural mechanicsengineeringstructural testingstructural concretecivil engineeringstructural engineeringengineering structuresmechanics of materialsultra-high-performance concreteconcrete technologyconstruction materialsdeformationstressstrain analysis

Experimental Investigation of Concrete Fatigue in Axial Compression. ACI Structural Journal (2021)

Somashekar ViswanathDaniel A. KuchmaJames M. LaFave

first namemechanical testingfracture mechanicsconcrete fatigueconstruction engineeringstructural testingstructural safetymechanical engineeringcivil engineeringstructural engineeringstructural concretestructural analysislow-cycle fatiguestructural performancemechanics of materialsconcrete technologyconstruction materialsexperimental investigation

Effect of Wind Directionality on Fatigue Life of Monopile Support Structures for Offshore Wind Turbines. Journal of Physics Conference Series (2020)

A NozariD KuchmaE M Hines

monopile support structuresstructural mechanicsengineeringfatigue managementmechanical engineeringfatigue lifeapplied physicswind directionality

Impact of Bi-Directional Loading on the Seismic Performance of C-Shaped Piers of Core Walls. Engineering Structures (2020)

Anahid A. BehrouziAndrew W. MockDawn E. LehmanLaura N. LowesDaniel A. Kuchma

building engineeringseismic performanceengineeringbi-directional loadingstructural performanceearthquake engineeringstructural engineeringcore wallsc-shaped piers

Correction to: A Methodology for Quantifying the Impact of Casting Procedure on Anisotropy in Fiber-Reinforced Concrete Using X-Ray Ct. Materials and Structures (2019)

Tyler OeschEric LandisDaniel Kuchma

materials engineeringconstruction engineeringmaterial researchcomputed tomographymechanical engineeringstructural engineeringcivil engineeringconcrete technologyx-ray ctmaterials science

Development of the One-Way Shear Design Provisions of Aci 318-19 for Reinforced Concrete. ACI Structural Journal (2019)

Daniel A. KuchmaSihang WeiDavid H. SandersAbdeldjelil BelarbiLawrence C. Novak

reinforced concretestructural engineeringdesigncivil engineering

Seismic Performance of Slender C-Shaped Walls Subjected to Unii- and Bi-Directional Loading. DigitalCommons - CalPoly (California State Polytechnic University) (2018)

Anahid A BehrouziA. MockD. LehmanL. LowesD. Kuchma

slender c-shaped wallsseismologyseismic performanceengineeringbi-directional loading

Wind Energy Research: State-Of-The-Art and Future Research Directions. Renewable Energy (2018)

D.J. WillisC. NiezreckiD. KuchmaE. HinesS.R. ArwadeR.J. BarthelmieM. DiPaolaP.J. DraneC.J. HansenM. InalpolatJ.H. MackA.T. MyersM. Rotea

wind energy technologysystems engineeringenergy strategiessustainable energy technologieswind engineeringenergy researchengineeringenergy transitionrenewable energywind powerwind power generationwind energy researchturbomachinery

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Daniel Kuchma

Professor Civil and Environmental Engineering

Tufts University

Affiliations

School of Engineering

Civil and Environmental Engineering

Graduate School of Arts and Sciences

Daniel Kuchma is currently serving as a Civil And Environmental Engineering Professor Civil and Environmental Engineering at Tufts 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

Daniel Kuchma

Tufts University

Professor Civil and Environmental Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Effects of Perforations on Internal Cathodic Protection and Recruitment of Marine Organisms to Steel Pipes. Journal of Marine Science and Engineering (2024)

Alexander PaluzziGeoffrey SwainJohn DeFrancisciDaniel KuchmaColleen M. Hansel

marine engineeringengineeringmarine organismssteel pipesenvironmental engineeringmarine biologyinternal cathodic protection

Fatigue Analysis of a Jacket-Supported Offshore Wind Turbine at Block Island Wind Farm. Sensors (2024)

Nasim Partovi-MehrJohn DeFrancisciMohsen MinaeijavidBabak MoaveniDaniel KuchmaChristopher D. P. BaxterEric M. HinesAaron S. Bradshaw

offshore technologyoffshore wind powermechanical engineeringfatigue analysis

Concrete Compressive Strain Behavior and Magnitudes Under Uniaxial Fatigue Loading. Construction and Building Materials (2021)

Somashekar ViswanathJames M. LaFaveDaniel A. Kuchma

Experimental Investigation of Concrete Fatigue in Axial Compression. ACI Structural Journal (2021)

Somashekar ViswanathDaniel A. KuchmaJames M. LaFave

Effect of Wind Directionality on Fatigue Life of Monopile Support Structures for Offshore Wind Turbines. Journal of Physics Conference Series (2020)

A NozariD KuchmaE M Hines

monopile support structuresstructural mechanicsengineeringfatigue managementmechanical engineeringfatigue lifeapplied physicswind directionality

Impact of Bi-Directional Loading on the Seismic Performance of C-Shaped Piers of Core Walls. Engineering Structures (2020)

Anahid A. BehrouziAndrew W. MockDawn E. LehmanLaura N. LowesDaniel A. Kuchma

building engineeringseismic performanceengineeringbi-directional loadingstructural performanceearthquake engineeringstructural engineeringcore wallsc-shaped piers

Correction to: A Methodology for Quantifying the Impact of Casting Procedure on Anisotropy in Fiber-Reinforced Concrete Using X-Ray Ct. Materials and Structures (2019)

Tyler OeschEric LandisDaniel Kuchma

materials engineeringconstruction engineeringmaterial researchcomputed tomographymechanical engineeringstructural engineeringcivil engineeringconcrete technologyx-ray ctmaterials science

Development of the One-Way Shear Design Provisions of Aci 318-19 for Reinforced Concrete. ACI Structural Journal (2019)

Daniel A. KuchmaSihang WeiDavid H. SandersAbdeldjelil BelarbiLawrence C. Novak

reinforced concretestructural engineeringdesigncivil engineering

Seismic Performance of Slender C-Shaped Walls Subjected to Unii- and Bi-Directional Loading. DigitalCommons - CalPoly (California State Polytechnic University) (2018)

Anahid A BehrouziA. MockD. LehmanL. LowesD. Kuchma

slender c-shaped wallsseismologyseismic performanceengineeringbi-directional loading

Wind Energy Research: State-Of-The-Art and Future Research Directions. Renewable Energy (2018)

D.J. WillisC. NiezreckiD. KuchmaE. HinesS.R. ArwadeR.J. BarthelmieM. DiPaolaP.J. DraneC.J. HansenM. InalpolatJ.H. MackA.T. MyersM. Rotea

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earthquake engineering

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University of Southern California

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ultra-high-performance concrete

Amjad J. Aref

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applied mechanics

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sustainable infrastructure systems

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