Faculty

Institution

Unit

Venue

Naresh Thadhani

Professor Professor and past Chair of the School of Materials Science and Engineering

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

School of Materials Science and Engineering

Naresh Thadhani is currently serving as a College Of Engineering Professor Professor and past Chair of the School of Materials Science and Engineering at Georgia Institute of Technology.

Honors

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Experiences

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Education

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Naresh Thadhani

Georgia Institute of Technology

Professor Professor and past Chair of the School of Materials Science and Engineering

You can click a keyword to filter the displayed items

materials science applied physics mechanical engineering materials engineering advanced materials engineering condensed matter physics shock compression nanotechnology powder metallurgy mechanics of materials mechanical science nanomaterials material research microstructure composite materials metal processing metallurgical process composite science nanoparticle research nanocomposites shock compression response alloy design additive manufacturing shock waves condensed matter impact (mechanics) powder compaction material chemistry nanostructure synthesis metals material processing laser science impact loading manufacturing science tribology thermal engineering manufacturing technology electronic materials nanobiotechnology material modeling layered materials thermal conductivity powder mixtures shock consolidation magnetic materials nanocrystalline materials mechanical behavior semiconductor nanostructures carbon-based materials shock-induced chemical reactions advanced manufacturing technologies interface science material properties explosive compaction pharmaceutical nanotechnology manufacturing engineering extractive metallurgy fragmentation effect mechanical deformation polymer nanotechnology nanoparticle-mediated photoporation intracellular delivery reaction synthesis polymer technology surface functionalization nanoscale chemistry high-strain-rate response ti-based half-heusler alloys time-resolved pressure measurements nickel aluminides dynamic response shock wave propagation shock-induced reaction dynamic shock compaction high-pressure equation advanced steels high strain rate mechanical properties deformation steel research advanced composite material (engineering) microstructure-strength relationship

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Direct Observation of Deformation and Resistance to Damage Accumulation During Shock Loading of Stabilized Nanocrystalline Cu-Ta Alloys. Nature Communications (2024)

B. C. HornbuckleR. K. KojuG. KennedyP. JannottiN. LorenzoJ. T. LloydA. GiriK. SolankiN. N. ThadhaniY. MishinK. A. Darling

damage mechanismmechanical deformationshock loadingsolid mechanicsmetalsmechanical behaviornanotechnologymechanical engineeringmechanical propertiesnanocrystalline materialsimpact loadingmechanics of materialsshock wavesapplied physicsdeformationmaterials science

Accuracy of Classical Force Fields for Polyethylene Structures Away From Equilibrium. MRS Communications (2023)

Keara G. FrawleyLihua ChenHuan TranNaresh N. ThadhaniRampi Ramprasad

physicsengineeringclassical force fieldspolyethylene structuresapplied physicsmechanics

An Assessment of Spall Failure Modes in Laser Powder Bed Fusion Fabricated Stainless Steel 316L With Low-Volume Intentional Porosity. Journal of Applied Physics (2023)

K. D. KoubeT. SloopK. LambJ. KacherS. S. BabuN. N. Thadhani

thermal engineeringpowder metallurgylow-volume intentional porositymaterials engineeringadvanced materialsmechanical engineeringspall failure modesapplied physicsmaterials science

Anisotropic Spall Failure of Additively Manufactured 316L Stainless Steel. Additive manufacturing (2023)

K. LambK. KoubeJ. KacherT. SloopN. ThadhaniS.S. Babu

manufacturingadditive manufacturingengineeringstainless steelmaterials science

Material Extrusion Additive Manufacturing of High Particle Loaded Suspensions: A Review of Materials, Processes and Challenges. Virtual and Physical Prototyping (2023)

Alexandra MarnotKatie KoubeSungwoo JangNaresh ThadhaniJosh KacherBlair Brettmann

manufacturingmaterials engineering3d printingadditive manufacturingadvanced manufacturing technologiesengineeringphysical prototypingmechanical engineeringmanufacturing technologyvirtual prototypingparticle technologymanufacturing engineeringmaterials science

Mechanisms of Shock Strength Exhibited by a Nickel‐Rich Nickel‐Titanium‐Hafnium Alloy. Advanced Engineering Materials (2023)

Tyler KnappBehnam Amin-AhmadiScott TurnageSean H. MillsNaresh N. ThadhaniRonald D. NoebeCyril L. WilliamsAaron P. Stebner

materials engineeringnickel-rich nickel-titanium-hafnium alloyadvanced materialsshock strengthmechanical engineeringmechanical sciencemechanics of materialsapplied physicsalloy designmaterials science

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Shock Compaction Response of Al 2 O 3 Powders Over Range of Initial Density and High-Pressure States. (2022)

Ben ZusmannTracy VoglerTravis VoorheesNaresh ThadhaniMatthew HudspethD FredenburgGregory Kennedy

shock compaction responseinitial densityadvanced materialshigh-pressure statesmaterials science

Shock Response of an Additively Manufactured High Solids Loaded Polymer Composite With Intentional Porosity. (2022)

Naresh ThadhaniKarla WagnerGregory KennedyDidier MontaigneBrian JensenMin Zhou

materials engineeringadditive manufacturingengineeringmechanical engineeringhigh solidsintentional porosityshock responsepolymer compositesmaterials science

Spall Damage Mechanisms in Laser Powder Bed Fabricated Stainless Steel 316l. Materials Science and Engineering A (2022)

K.D. KoubeG. KennedyK. BertschJ. KacherD.J. ThomaN.N. Thadhani

manufacturingadditive manufacturingmanufacturing sciencemechanical engineeringmechanical sciencedamage mechanismmaterial researchdeformationmaterials engineeringlaser powder bedadvanced materialsmetalsspall damage mechanismsstructural engineeringlaser sciencepowder metallurgytechnologylaser materiallaser processing technologymaterials science

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Naresh Thadhani

Professor Professor and past Chair of the School of Materials Science and Engineering

Georgia Institute of Technology

Affiliations

College of Engineering

George W. Woodruff School of Mechanical Engineering

School of Materials Science and Engineering

Naresh Thadhani is currently serving as a College Of Engineering Professor Professor and past Chair of the School of Materials Science and Engineering at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Naresh Thadhani

Georgia Institute of Technology

Professor Professor and past Chair of the School of Materials Science and Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Direct Observation of Deformation and Resistance to Damage Accumulation During Shock Loading of Stabilized Nanocrystalline Cu-Ta Alloys. Nature Communications (2024)

B. C. HornbuckleR. K. KojuG. KennedyP. JannottiN. LorenzoJ. T. LloydA. GiriK. SolankiN. N. ThadhaniY. MishinK. A. Darling

Accuracy of Classical Force Fields for Polyethylene Structures Away From Equilibrium. MRS Communications (2023)

Keara G. FrawleyLihua ChenHuan TranNaresh N. ThadhaniRampi Ramprasad

physicsengineeringclassical force fieldspolyethylene structuresapplied physicsmechanics

An Assessment of Spall Failure Modes in Laser Powder Bed Fusion Fabricated Stainless Steel 316L With Low-Volume Intentional Porosity. Journal of Applied Physics (2023)

K. D. KoubeT. SloopK. LambJ. KacherS. S. BabuN. N. Thadhani

thermal engineeringpowder metallurgylow-volume intentional porositymaterials engineeringadvanced materialsmechanical engineeringspall failure modesapplied physicsmaterials science

Anisotropic Spall Failure of Additively Manufactured 316L Stainless Steel. Additive manufacturing (2023)

K. LambK. KoubeJ. KacherT. SloopN. ThadhaniS.S. Babu

manufacturingadditive manufacturingengineeringstainless steelmaterials science

Material Extrusion Additive Manufacturing of High Particle Loaded Suspensions: A Review of Materials, Processes and Challenges. Virtual and Physical Prototyping (2023)

Alexandra MarnotKatie KoubeSungwoo JangNaresh ThadhaniJosh KacherBlair Brettmann

Mechanisms of Shock Strength Exhibited by a Nickel‐Rich Nickel‐Titanium‐Hafnium Alloy. Advanced Engineering Materials (2023)

Tyler KnappBehnam Amin-AhmadiScott TurnageSean H. MillsNaresh N. ThadhaniRonald D. NoebeCyril L. WilliamsAaron P. Stebner

Foreword. Academic Studies Press eBooks (2022)

Paul Freedman

Shock Compaction Response of Al 2 O 3 Powders Over Range of Initial Density and High-Pressure States. (2022)

Ben ZusmannTracy VoglerTravis VoorheesNaresh ThadhaniMatthew HudspethD FredenburgGregory Kennedy

shock compaction responseinitial densityadvanced materialshigh-pressure statesmaterials science

Shock Response of an Additively Manufactured High Solids Loaded Polymer Composite With Intentional Porosity. (2022)

Naresh ThadhaniKarla WagnerGregory KennedyDidier MontaigneBrian JensenMin Zhou

materials engineeringadditive manufacturingengineeringmechanical engineeringhigh solidsintentional porosityshock responsepolymer compositesmaterials science

Spall Damage Mechanisms in Laser Powder Bed Fabricated Stainless Steel 316l. Materials Science and Engineering A (2022)

K.D. KoubeG. KennedyK. BertschJ. KacherD.J. ThomaN.N. Thadhani

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Similar Faculty Members

Hamid Garmestani

Institution

Georgia Institute of Technology

microstructure-strength relationship

mechanical performance

Gregory B. Thompson

Institution

University of Alabama

advanced ceramic

ceramic

Amiya Mukherjee

Institution

University of California, Davis

microstructure-strength relationship

ceramic

Christopher Schuh

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Massachusetts Institute of Technology

materials science

mechanical engineering

Alex A. Volinsky

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University of South Florida

crystal growth

material performance

Arvind Agarwal

Institution

Florida International University

cold spray

advanced materials

Yip-Wah Chung

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Northwestern University

materials science

mechanical engineering

David Bahr

Institution

Purdue University

materials science

mechanical engineering

Michael J. Kaufman

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Colorado School of Mines

advanced materials

composite material

Fuqian Yang

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University of Kentucky

materials science

applied physics