Faculty

Institution

Unit

Venue

Subramaniam Subby Rajan

Professor

Arizona State University

Affiliations

Ira A. Fulton Schools of Engineering

School of Integrated Engineering

School of Sustainable Engineering and the Built Environment

Subramaniam Subby Rajan is currently serving as an Ira A. Fulton Schools Of Engineering Professor at Arizona State University.

Honors

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Experiences

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Education

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Subramaniam Subby Rajan

Arizona State University

Professor

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engineering mechanical engineering numerical simulations structural engineering design optimization structural optimization materials science composite materials design engineering optimization shape optimization mechanics of materials deformation composite structures structural design computer-aided design finite element methods mechanical behavior materials engineering computational optimization mechanical modeling material modeling impact loading shape optimal design geometric modeling reliability engineering composite science mathematical optimization structural safety shape modeling shape analysis damage mechanism optimal experimental design topology optimization finite element analysis impact problems computational engineering fibers thermal engineering optimization problems genetic algorithms structural analysis mesh optimization tribology textile research manufacturing science mechanical science applied mathematical modelling model reliability model refinement model deployment fiber structure fiber science sport science orthopedic biomechanics brain modeling adaptive algorithms robust optimization concrete technology constitutive modeling ceramic materials ceramic technology ceramic matrix composites natural design variables shape functions reliable modeling methodologies experimental study microstructural descriptors two-phase materials football helmet impacts finite element modeling human brain response composite material model robust genetic algorithm mechanical simulations test reactor structural mechanics advanced design multidisciplinary optimization composite construction parallel processing

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Rational Approach to Building Cohesive Zone Model for Use in Modeling Impact Analysis. Earth and Space 2021 (2024)

Mohammed RaihanAshutosh MauryaSubramaniam Rajan

environmental modellingenvironmental impact assessmentimpact assessmentimpact analysiscohesive zone modelenvironmental sciencegeoscientific model developmentearth science

Development of Manufacturing Technologies to Increase Scrap Steel Recycling Into New Tires. (2024)

Seetharaman SridharSubramaniam RajanRobert RadulescuNarayanan Neithalath

materials sciencemanufacturingrecycling

Improving Delamination Modeling via Inverse Analysis. Journal of Aerospace Engineering (2024)

Ashutosh MauryaMohammed RaihanSubramaniam Rajan

materials sciencecomputer-aided designstructural engineeringfrictionnumerical analysisreconstruction techniquesnumerical simulationsnumerical modeling (geology)deterioration modelinginverse problemsaerospace engineeringdynamic analysismechanical engineeringdeformationinverse analysisstructural optimizationnonlinear analysisdynamical analysisdeformation reconstruction

On Point Cloud Failure Criterion Predictions. Journal of Composite Materials (2024)

Ashutosh MauryaDharanidharan ArumugamRavi KiranSubramaniam Rajan

systems engineeringreliabilityperformance evaluationadvanced composite material (engineering)reliability engineeringcomposite materialspoint cloudscontrol optimizationreliability predictionpoint cloud processingfault estimationautomatic controlaerospace engineeringforecastingfailure predictionengineeringcloud computing

Failure Modeling in an Orthotropic Plasticity Material Model. (2022)

Loukham ShyamsunderBilal KhaledSubramaniam RajanGunther Blankenhorn

materials scienceengineeringmechanical engineeringdeformationmechanical behaviorsolid mechanicsmaterial modelingplasticitynumerical simulationsmechanics of materials

Damage Development in Neutron-Irradiated Concrete in a Test Reactor: Hygro-Thermal and Mechanical Simulations. Cement and Concrete Research (2021)

Naman SaklaniGaurav BanwatBenjamin SpencerSubramaniam RajanGaurav SantNarayanan Neithalath

materials scienceconcrete technologymechanical engineeringtest reactormaterials engineeringmechanical simulationsdamage developmentcivil engineeringneutron-irradiated concrete

Machine Learning-Based Accelerated Property Prediction of Two-Phase Materials Using Microstructural Descriptors and Finite Element Analysis. Computational Materials Science (2021)

Emily FordKailasnath ManeparambilSubramaniam RajanNarayanan Neithalath

materials sciencemachine learningmechanical engineeringmicrostructural descriptorsmaterials engineeringadvanced materialstwo-phase materialsfinite element analysiscomputational materials science

Point Cloud Failure Criterion for Composites Using K-Nearest Neighbor Classification. arXiv (Cornell University) (2021)

Subramaniam RajanBilal KhaledLoukham Shyamsunder

composite materialspoint cloudspoint cloud processingk-nearest neighbor classificationcomputer science

Finite Element Simulation of Restrained Shrinkage Cracking of Cementitious Materials: Considering Moisture Diffusion, Aging Viscoelasticity, Aleatory Uncertainty, and the Effects of Soft/Stiff Inclusions. Finite Elements in Analysis and Design (2020)

Naman SaklaniZhenhua WeiAlain GiorlaBenjamin SpencerSubramaniam RajanGaurav SantNarayanan Neithalath

materials sciencestructural engineeringrestrained shrinkage crackingfinite element simulationmechanical engineeringmaterials engineeringstructural analysisstructural mechanicsfinite element methodscementitious materialsmoisture diffusionaleatory uncertaintyengineering

Verification and Validation of a Three-Dimensional Composite Impact Model With Tabulated Input. AIAA SCITECH 2022 Forum (2019)

Robert K. GoldbergTrenton M. RicksKelly CarneyPaul DuBoisBilal KhaledLoukham ShyamsunderSubramaniam RajanGunther Blankenhorn

systems engineeringtabulated inputmechanical engineeringcomposite structuresimpact assessmentcomposite materialsimpact (mechanics)numerical simulationsaerospace engineering

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Subramaniam Subby Rajan

Professor

Arizona State University

Affiliations

Ira A. Fulton Schools of Engineering

School of Integrated Engineering

School of Sustainable Engineering and the Built Environment

Subramaniam Subby Rajan is currently serving as an Ira A. Fulton Schools Of Engineering Professor at Arizona 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

Subramaniam Subby Rajan

Arizona State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Rational Approach to Building Cohesive Zone Model for Use in Modeling Impact Analysis. Earth and Space 2021 (2024)

Mohammed RaihanAshutosh MauryaSubramaniam Rajan

environmental modellingenvironmental impact assessmentimpact assessmentimpact analysiscohesive zone modelenvironmental sciencegeoscientific model developmentearth science

Development of Manufacturing Technologies to Increase Scrap Steel Recycling Into New Tires. (2024)

Seetharaman SridharSubramaniam RajanRobert RadulescuNarayanan Neithalath

materials sciencemanufacturingrecycling

Improving Delamination Modeling via Inverse Analysis. Journal of Aerospace Engineering (2024)

Ashutosh MauryaMohammed RaihanSubramaniam Rajan

On Point Cloud Failure Criterion Predictions. Journal of Composite Materials (2024)

Ashutosh MauryaDharanidharan ArumugamRavi KiranSubramaniam Rajan

Failure Modeling in an Orthotropic Plasticity Material Model. (2022)

Loukham ShyamsunderBilal KhaledSubramaniam RajanGunther Blankenhorn

materials scienceengineeringmechanical engineeringdeformationmechanical behaviorsolid mechanicsmaterial modelingplasticitynumerical simulationsmechanics of materials

Damage Development in Neutron-Irradiated Concrete in a Test Reactor: Hygro-Thermal and Mechanical Simulations. Cement and Concrete Research (2021)

Naman SaklaniGaurav BanwatBenjamin SpencerSubramaniam RajanGaurav SantNarayanan Neithalath

materials scienceconcrete technologymechanical engineeringtest reactormaterials engineeringmechanical simulationsdamage developmentcivil engineeringneutron-irradiated concrete

Machine Learning-Based Accelerated Property Prediction of Two-Phase Materials Using Microstructural Descriptors and Finite Element Analysis. Computational Materials Science (2021)

Emily FordKailasnath ManeparambilSubramaniam RajanNarayanan Neithalath

materials sciencemachine learningmechanical engineeringmicrostructural descriptorsmaterials engineeringadvanced materialstwo-phase materialsfinite element analysiscomputational materials science

Point Cloud Failure Criterion for Composites Using K-Nearest Neighbor Classification. arXiv (Cornell University) (2021)

Subramaniam RajanBilal KhaledLoukham Shyamsunder

composite materialspoint cloudspoint cloud processingk-nearest neighbor classificationcomputer science

Naman SaklaniZhenhua WeiAlain GiorlaBenjamin SpencerSubramaniam RajanGaurav SantNarayanan Neithalath

Verification and Validation of a Three-Dimensional Composite Impact Model With Tabulated Input. AIAA SCITECH 2022 Forum (2019)

Robert K. GoldbergTrenton M. RicksKelly CarneyPaul DuBoisBilal KhaledLoukham ShyamsunderSubramaniam RajanGunther Blankenhorn

systems engineeringtabulated inputmechanical engineeringcomposite structuresimpact assessmentcomposite materialsimpact (mechanics)numerical simulationsaerospace engineering

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10 / page

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Similar Faculty Members

Darren J Hartl

Institution

Texas A&M University

aerospace

advanced manufacturing technologies

Zheng-Dong Ma

Institution

University of Michigan

mechanical engineering

engineering

Krishnan Suresh

Institution

University of Wisconsin–Madison

engineering optimization

topology optimization

Aditi Chattopadhyay

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structural health monitoring

multiscale modeling

Prabhat Hajela

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Rensselaer Polytechnic Institute

artificial intelligence

bio-inspired computation

Barzin Mobasher

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composite material

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Rakesh Kapania

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Virginia Tech

isogeometric analysis

material simulation

Mark Horstemeyer

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integrated computational materials engineering

material modeling

Masoud Rais-Rohani

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University of Maine

engineering optimization

topology optimization

Albert To

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University of Pittsburgh

engineering optimization

topology optimization