Faculty

Institution

Unit

Venue

Samit Roy

William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics

University of Alabama

Affiliations

College of Engineering

Aerospace Engineering and Mechanics

Samit Roy is currently serving as an Aerospace Engineering And Mechanics William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics at University of Alabama.

Honors

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Experiences

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Education

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Samit Roy

University of Alabama

William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics

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materials science mechanical engineering composite science materials engineering applied physics composite materials engineering advanced materials structural mechanics polymer science mechanics of materials mechanical science mechanics composite structures tribology material modeling composite technology structural engineering polymer engineering thermal engineering material research polymer technology nanocomposites nanoscale modeling polymer modeling composite interface carbon-based materials nanomechanics polymer nanotechnology polymer composites polymer nanocomposites fiber reinforcement continuum modeling interfacial shear strength thermoplastic healants fracture behavior reinforced plastics advanced composite material (engineering) fracture mechanics fragmentation effect layered materials mechanical behavior cryogenics thermoplastic composite thermal modeling deterioration modeling nanoscale science biomaterial modeling fracture properties stitch cracks thermo-oxidative degradation construction materials manufacturing science engineering science friction clay science mechanical performance micromechanics elasticity (physics) carbon fiber composites carbon nanotube sheet thermoset polymer system thermal oxidation repeatable self-healing graphene sheet interlaminar shear strength aggressive environments orthotropic laminates building technology construction technology strength property structural integrity structural performance fiber-reinforced composites computational anatomy biomedical modeling engineering design process mechanical properties advanced manufacturing system engineering education computer science aerospace engineering aerospace

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discourse on Individual Rights and Democracy: Philosophical Foundation and Contemporary Challenges. World Journal of Advanced Research and Reviews (2024)

None Y. Monojit SinghaNone Pratiksha DasNone Sneha Deb RoyNone Dennis RonghangNone Kritika NgangomNone Junei Peace N. Iawphniaw

political sciencecontemporary challengespolitical philosophyphilosophical foundationphilosophyindividual rightsdemocracy

Enhancing the Interlaminar Adhesion of Carbon Fiber Composites via Carbon Nanotube Sheets. (2024)

Ning BianYao RenAshutosh ShrivastavaZhong WangDuck J. YangSamit RoyRay BaughmanHongbing Lu

materials sciencemechanical engineeringmaterials engineeringcomposite materialsinterlaminar adhesionadvanced materialsnanomaterialsapplied physicsnanotechnologycomposite sciencecarbon nanotube sheetsfiber science

Predicting Fracture Toughness in Polymers Using a Novel Atomistic-Continuum Concurrent Coupling Technique. (2024)

Sankha AdityaSamit Roy

materials sciencepolymer sciencefracture toughness

Strengthening Sandwich Composites by Laminating Ultra-Thin Oriented Carbon Nanotube Sheets at the Skin/Core Interface. Composites Part B Engineering (2024)

Dongyang CaoTingge XuMengmeng ZhangZhong WangD. Todd GriffithSamit RoyRay H. BaughmanHongbing Lu

materials sciencestructural engineeringsandwich compositessurface sciencemechanical engineeringcomposite structuresmaterials engineeringcomposite materialscomposite interfacestructural mechanicstribologysurface nanotechnologywork hardeningcomposite sciencecomposite technologyengineering

An Atomistic-Continuum Concurrent Statistical Coupling Technique for Amorphous Materials Using Anchor Points. Modelling and Simulation in Materials Science and Engineering (2023)

Sankha Subhra AdityaTanvir SohailSamit Roy

materials sciencecontinuum modelingamorphous materialsmaterials engineeringmaterial modelingmodeling and simulationapplied mathematicsmaterial simulationanchor points

An Investigation of the Validity of Lefm at the Nanoscale in Amorphous Materials Using the Atomistic J-Integral Including Entropic Effect. Theoretical and Applied Fracture Mechanics (2023)

Tanvir SohailSamit Roy

materials scienceamorphous materialsnanoscale sciencecondensed matter physicsentropic effectapplied physics

A Novel Atomistic-Continuum Concurrent Coupling Method for Simulating Fracture in Polymers. (2023)

Sankha Subhra AdityaSamit Roy

materials sciencepolymer sciencecontinuum modelingpolymer modelingmechanical engineeringnumerical simulationsapplied physics

Investigating Surface Effect on Stress Concentration in Amorphous Carbon Materials With Nano-Scale Pores: A Molecular Dynamics Study. Mechanics of Materials (2023)

Abu Horaira BannaSamit Roy

materials sciencemolecular dynamics studymaterial researchstress concentrationcondensed matternanostructured surfacesapplied physicsnanotechnologymechanical engineeringnanotribologynanomechanicsmechanical sciencemechanics of materialsnanoscale modelingamorphous carbon materialssurface sciencemechanicscondensed matter physicssurface nanotechnologynano-scale poressurface effect

Prediction of Interfacial Shear Strength of Cnt Overwrapped Carbon Fibers Using Molecular Dynamics and Fourier Series Decomposition of Surface Asperities. Composite Interfaces (2023)

Tanvir SohailRebekah SweatHongbing LuRay BaughmanSamit Roy

materials sciencefourier series decompositioninterface sciencemechanical engineeringcomposite structuresmaterials engineeringcomposite materialssurface asperitiescomposite interfacemolecular dynamicsinterfacial shear strengthadvanced materialscarbon fibersadvanced composite material (engineering)applied physicscomposite sciencecomposite technologymechanics of materials

Repeatable Self-Healing of Composite’s Fatigue Delamination. Composite Structures (2023)

Nilesh J. VisheSameer B. MulaniSamit Roy

materials sciencecomposite structuresmechanical engineeringcomposite materialsrepeatable self-healingfatigue delaminationcomposite sciencecomposite technology

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Samit Roy

William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics

University of Alabama

Affiliations

College of Engineering

Aerospace Engineering and Mechanics

Samit Roy is currently serving as an Aerospace Engineering And Mechanics William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics at University of Alabama.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Samit Roy

University of Alabama

William D Jordan Professor William D Jordan Professor of Aerospace Engineering and Mechanics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Discourse on Individual Rights and Democracy: Philosophical Foundation and Contemporary Challenges. World Journal of Advanced Research and Reviews (2024)

None Y. Monojit SinghaNone Pratiksha DasNone Sneha Deb RoyNone Dennis RonghangNone Kritika NgangomNone Junei Peace N. Iawphniaw

political sciencecontemporary challengespolitical philosophyphilosophical foundationphilosophyindividual rightsdemocracy

Enhancing the Interlaminar Adhesion of Carbon Fiber Composites via Carbon Nanotube Sheets. (2024)

Ning BianYao RenAshutosh ShrivastavaZhong WangDuck J. YangSamit RoyRay BaughmanHongbing Lu

Predicting Fracture Toughness in Polymers Using a Novel Atomistic-Continuum Concurrent Coupling Technique. (2024)

Sankha AdityaSamit Roy

materials sciencepolymer sciencefracture toughness

Strengthening Sandwich Composites by Laminating Ultra-Thin Oriented Carbon Nanotube Sheets at the Skin/Core Interface. Composites Part B Engineering (2024)

Dongyang CaoTingge XuMengmeng ZhangZhong WangD. Todd GriffithSamit RoyRay H. BaughmanHongbing Lu

An Atomistic-Continuum Concurrent Statistical Coupling Technique for Amorphous Materials Using Anchor Points. Modelling and Simulation in Materials Science and Engineering (2023)

Sankha Subhra AdityaTanvir SohailSamit Roy

materials sciencecontinuum modelingamorphous materialsmaterials engineeringmaterial modelingmodeling and simulationapplied mathematicsmaterial simulationanchor points

An Investigation of the Validity of Lefm at the Nanoscale in Amorphous Materials Using the Atomistic J-Integral Including Entropic Effect. Theoretical and Applied Fracture Mechanics (2023)

Tanvir SohailSamit Roy

materials scienceamorphous materialsnanoscale sciencecondensed matter physicsentropic effectapplied physics

A Novel Atomistic-Continuum Concurrent Coupling Method for Simulating Fracture in Polymers. (2023)

Sankha Subhra AdityaSamit Roy

materials sciencepolymer sciencecontinuum modelingpolymer modelingmechanical engineeringnumerical simulationsapplied physics

Investigating Surface Effect on Stress Concentration in Amorphous Carbon Materials With Nano-Scale Pores: A Molecular Dynamics Study. Mechanics of Materials (2023)

Abu Horaira BannaSamit Roy

Prediction of Interfacial Shear Strength of Cnt Overwrapped Carbon Fibers Using Molecular Dynamics and Fourier Series Decomposition of Surface Asperities. Composite Interfaces (2023)

Tanvir SohailRebekah SweatHongbing LuRay BaughmanSamit Roy

Repeatable Self-Healing of Composite’s Fatigue Delamination. Composite Structures (2023)

Nilesh J. VisheSameer B. MulaniSamit Roy

materials sciencecomposite structuresmechanical engineeringcomposite materialsrepeatable self-healingfatigue delaminationcomposite sciencecomposite technology

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Similar Faculty Members

Charles Bakis

Institution

Pennsylvania State University

applied mechanics

composite material

Gary Seidel

Institution

Virginia Tech

bridging atomistic

mechanical behavior

Isaac M. Daniel

Institution

Northwestern University

damage evolution

damage mechanics

Hugh Bruck

Institution

University of Maryland, College Park

design

composite material

Hongbing Lu

Institution

University of Texas at Dallas

mechanical science

experimental mechanic

Mica Grujicic

Institution

Clemson University

materials science

mechanical engineering

Dong Qian

Institution

University of Texas at Dallas

multiscale mechanic

multiscale modeling

Mrinal Saha

Institution

University of Oklahoma

manufacturing

impact dynamics

Brian L. Wardle

Institution

Massachusetts Institute of Technology

materials science

mechanical engineering

Tsu-Wei Chou

Institution

University of Delaware

nanocomposite

composite material