Faculty

Institution

Unit

Venue

David Bahr

Blacutt-Underwood Head and Professor of Materials Engineering

Purdue University

Affiliations

College of Engineering

School of Materials Engineering

David Bahr is currently serving as a College Of Engineering Blacutt-Underwood Head and Professor of Materials Engineering at Purdue University.

Honors

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Experiences

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Education

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David Bahr

Purdue University

Blacutt-Underwood Head and Professor of Materials Engineering

You can click a keyword to filter the displayed items

materials science mechanical engineering applied physics materials engineering thin films nanotechnology material research engineering mechanics of materials mechanical science nanomaterials advanced materials thermal engineering tribology nanomechanics nanoengineering micro-electromechanical systems condensed matter venture capital composite science electronic materials metallic nanomaterials piezoelectricity metals interface science micromechanics surface nanotechnology material chemistry nanoscale science electronics additive manufacturing metal processing micro technology layered materials steel research surface processing surface modification manufacturing science mechanical behavior surface engineering fracture mechanics surface characterization microstructure-strength relationship thin film processing sensor technology nanotribology strength property laser irradiation engineering science material properties polymer technology nanocomposites alloy design plastic deformation dislocation nucleation carbon nanotube turfs surface treatments sensor design polymer engineering thermal conductivity carbon-based materials structural plasticity surface nanoengineering austenitic stainless steel mechanical deformation nanoscale metallic multilayers small volumes mems thermal switch pzt thin films dislocation activity plastic zone incoherent interfaces thin-film pzt membrane electromechanical coupling deformation mechanisms carbon nanotube turf

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence That Shot Peening Mitigates Hydrogen Embrittlement in Quench and Tempered Steel. MRS Advances (2025)

hydrogen energychemical engineeringhydrogen combustionmicrostructurehydrogen embrittlementsteel researchhydrogen

Hydrogen Embrittlement in Shot-Peened Steel. (2025)

high strength low alloy steelhydrogen embrittlementsteel researchmaterials sciencehydrogen

Orientation-Dependent Nanomechanical Behavior of Pentaerythritol Tetranitrate as Probed by Multiple Nanoindentation Tip Geometries. Crystals (2025)

nanomaterialsmolecular crystalsnanotechnologynanoarchitectonicsmaterials science

A Predictive Modeling Approach for Cold Spray Metallization on Polymers. Surface and Coatings Technology (2024)

Jung-Ting TsaiSemih AkinDavid F. BahrMartin Byung-Guk Jun

thermal spray coatingcold spray metallizationpolymer sciencecomputational materials scienceengineeringpolymeric surfacemechanical engineeringpolymer testingpolymer degradationcold workingpolymer physicspolymer modelingpolymer chemistrymechanical propertiesmaterials science

Author Correction: Additive Manufacturing of a High-Performance Aluminum Alloy From Cold Mechanically Derived Non-Spherical Powder. Communications Materials (2024)

J. Hunter MartinJohn E. BarnesKirk A. RogersJacob HundleyDarby L. LaPlantSiavash GhanbariJung-Ting TsaiDavid F. Bahr

manufacturingadditive manufacturingadvanced manufacturing technologiespowder synthesismechanical engineeringcomposite materialsengineeringmaterial researchcold workingmanufacturing technologymicrostructurealloy designhigh-performance aluminum alloyadvanced materialsmetalsnon-spherical powder3d printinghigh-performance materialsmaterials sciencemetallurgical process

Electroless Deposition for Robust and Uniform Copper Nanoparticles on Electrospun Polyacrylonitrile (Pan) Microfiltration Membranes. Membranes (2024)

Temitope Q. AminuHamid Fattahi JuybariDavid M. WarsingerDavid F. Bahr

uniform copper nanoparticleselectrospun polyacrylonitrilemembraneselectroless depositionmicrofiltration membranes

Enhanced Corrosion Protection of Printed Circuit Board Electronics Using Cold Atmospheric Plasma-Assisted Sio X Coatings. ACS Applied Materials & Interfaces (2024)

Venkat KasiJia-Huei TienMd Mahabubur RahmanMuhammad Masud RanaUlisses Alberto Heredia RiveraZhongxia ShangAdvika VidhyadhirajaJingxuan ZhangJeffrey P. YoungbloodDavid F. BahrRahim Rahimi

cold atmospheric plasmacorrosion protectionadvanced materialssurface sciencecoatingsengineeringinterface sciencecorrosion resistanceprotective coatingscircuit board electronicselectronic materialselectronicscorrosionprinted electronicsmaterials science

Hydrogen Charging Can Relax Compressive Residual Stresses Caused by Shot Peening. International Journal of Hydrogen Energy (2024)

Jia-Huei TienMegan RegerDavid R. JohnsonDavid F. Bahr

thermal engineeringcompressive residual stressesmaterials engineeringhydrogen energyshot peeningengineeringapplied physicsmaterials science

Improved Corrosion Protection of Copper in Electronic Devices via Cap-Assisted Multilayer Siox Coatings. Applied Materials Today (2024)

Venkat KasiMd Mahabubur RahmanJia-Huei TienMuhammad Masud RanaAdvika VidhyadhirajaDevendra SarnaikUlisses Heredia RiveraDavid BahrRahim Rahimi

tribologyprotective coatingselectronic materialssurface engineeringcorrosion protectioncoatingscorrosion resistancematerial researchthin filmscorrosion technologychemical engineeringsurface scienceadvanced materialsmetalselectrical engineeringelectronic packagingelectronic devicescorrosionmaterials science

Microstructural Characterization of Malachite Green Particles in Treated Wood. Wood Material Science and Engineering (2024)

Mohamad B. ZbibTemitope AminuDavid F. Bahr

malachite green particleswood sciencetreated woodengineeringmechanical engineeringmicrostructuremicrostructural characterizationmaterials science

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David Bahr

Blacutt-Underwood Head and Professor of Materials Engineering

Purdue University

Affiliations

College of Engineering

School of Materials Engineering

David Bahr is currently serving as a College Of Engineering Blacutt-Underwood Head and Professor of Materials Engineering at Purdue 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

David Bahr

Purdue University

Blacutt-Underwood Head and Professor of Materials Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evidence That Shot Peening Mitigates Hydrogen Embrittlement in Quench and Tempered Steel. MRS Advances (2025)

hydrogen energychemical engineeringhydrogen combustionmicrostructurehydrogen embrittlementsteel researchhydrogen

Hydrogen Embrittlement in Shot-Peened Steel. (2025)

high strength low alloy steelhydrogen embrittlementsteel researchmaterials sciencehydrogen

Orientation-Dependent Nanomechanical Behavior of Pentaerythritol Tetranitrate as Probed by Multiple Nanoindentation Tip Geometries. Crystals (2025)

nanomaterialsmolecular crystalsnanotechnologynanoarchitectonicsmaterials science

A Predictive Modeling Approach for Cold Spray Metallization on Polymers. Surface and Coatings Technology (2024)

Jung-Ting TsaiSemih AkinDavid F. BahrMartin Byung-Guk Jun

Author Correction: Additive Manufacturing of a High-Performance Aluminum Alloy From Cold Mechanically Derived Non-Spherical Powder. Communications Materials (2024)

J. Hunter MartinJohn E. BarnesKirk A. RogersJacob HundleyDarby L. LaPlantSiavash GhanbariJung-Ting TsaiDavid F. Bahr

Electroless Deposition for Robust and Uniform Copper Nanoparticles on Electrospun Polyacrylonitrile (Pan) Microfiltration Membranes. Membranes (2024)

Temitope Q. AminuHamid Fattahi JuybariDavid M. WarsingerDavid F. Bahr

uniform copper nanoparticleselectrospun polyacrylonitrilemembraneselectroless depositionmicrofiltration membranes

Enhanced Corrosion Protection of Printed Circuit Board Electronics Using Cold Atmospheric Plasma-Assisted Sio X Coatings. ACS Applied Materials & Interfaces (2024)

Venkat KasiJia-Huei TienMd Mahabubur RahmanMuhammad Masud RanaUlisses Alberto Heredia RiveraZhongxia ShangAdvika VidhyadhirajaJingxuan ZhangJeffrey P. YoungbloodDavid F. BahrRahim Rahimi

Hydrogen Charging Can Relax Compressive Residual Stresses Caused by Shot Peening. International Journal of Hydrogen Energy (2024)

Jia-Huei TienMegan RegerDavid R. JohnsonDavid F. Bahr

thermal engineeringcompressive residual stressesmaterials engineeringhydrogen energyshot peeningengineeringapplied physicsmaterials science

Improved Corrosion Protection of Copper in Electronic Devices via Cap-Assisted Multilayer Siox Coatings. Applied Materials Today (2024)

Venkat KasiMd Mahabubur RahmanJia-Huei TienMuhammad Masud RanaAdvika VidhyadhirajaDevendra SarnaikUlisses Heredia RiveraDavid BahrRahim Rahimi

Microstructural Characterization of Malachite Green Particles in Treated Wood. Wood Material Science and Engineering (2024)

Mohamad B. ZbibTemitope AminuDavid F. Bahr

malachite green particleswood sciencetreated woodengineeringmechanical engineeringmicrostructuremicrostructural characterizationmaterials science

1
2
3
4
5
38
10 / page

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Similar Faculty Members

Gary Cheng

Institution

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advanced manufacturing

manufacturing

Nikhilesh Chawla

Institution

Purdue University

small length scales

deformation

Andrew Minor

Institution

University of California, Berkeley

materials science

applied physics

Yongfeng Lu

Institution

University of Nebraska–Lincoln

carbon-based material

nanomanufacturing

Enrique J. Lavernia

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Texas A&M University

Alex A. Volinsky

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University of South Florida

crystal growth

material performance

Fuqian Yang

Institution

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materials science

applied physics

Arvind Agarwal

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Florida International University

cold spray

advanced materials

Jian Wang

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University of Nebraska–Lincoln

irradiation tolerance

mechanical engineering

King-Ning Tu

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University of California, Los Angeles

advanced materials

nanomanufacturing