Faculty

Institution

Unit

Venue

Michael Sangid

Professor

Purdue University

Affiliations

College of Engineering

School of Aeronautics and Astronautics

School of Materials Engineering

Michael Sangid is currently serving as a College Of Engineering Professor 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

Michael Sangid

Purdue University

Professor

You can click a keyword to filter the displayed items

materials science mechanical engineering materials engineering applied physics engineering mechanics of materials microstructure solid mechanics structural mechanics advanced materials mechanical science manufacturing deformation material research composite science additive manufacturing fracture mechanics manufacturing technology advanced manufacturing technologies manufacturing engineering strain localization tribology manufacturing science low-cycle fatigue composite structures material modeling superalloys advanced composite material (engineering) residual stress crack formation composite technology metals fibers manufacturing innovations dynamic crack propagation mechanical behavior micromechanics fatigue crack initiation severe plastic deformation microstructure-strength relationship metal processing alloy design mechanical deformation digital image correlation material processing fiber-reinforced composites fiber reinforcement slip transmission crystal plasticity simulations ni-based superalloys grain boundaries friction intermetallics material properties defect formation laser processing technology dislocation interaction fatigue management metallurgical process surface processing structural analysis stressstrain analysis crack initiation selective laser melting grain boundary sliding in-situ x-ray tomography condensed matter powder metallurgy finite element methods crystal plasticity persistent slip bands small fatigue crack crystal plasticity model atomistic simulations fatigue behavior failure modes advanced manufacturing mechanical performance

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comprehensive Analysis of Cermet Design and Thermal Cyclic Stability via Elasto-Viscoplastic Crystal Plasticity Modeling. International Journal of Plasticity (2024)

Glenn R. PetersonYoungung JeongCarlos N. ToméMichael D. Sangid

thermal cyclic stabilitycomprehensive analysiscermet designmechanical engineeringmaterials scienceplasticity

A Methodology for the Rapid Qualification of Additively Manufactured Materials Based on Pore Defect Structures. Integrating materials and manufacturing innovation (2024)

Krzysztof S. StopkaAndrew DesrosiersAmber AndreacoMichael D. Sangid

manufacturing innovationsmanufacturingadditive manufacturing3d printingpore defect structuresadvanced manufacturing technologiesengineeringmanufacturing technologyrapid qualificationmanufacturing engineeringmaterials science

Enhancing Students’ Understanding of Deformation and Stress in Aerospace Structures Education via Virtual Labs. (2024)

Waterloo TsutsuiKenneth ParkChristopher SculleyIan CopenhaverMarcial GonzalezWayne ChenGeorge TakahashiMichael Sangid

engineering educationeducationvirtual labsdeformationaerospace engineering

Evaluating the Damage Tolerant Behavior of Cold Spray Repaired Aluminum Alloys. International Journal of Fatigue (2024)

Patrick E. MorrisonKrzysztof S. StopkaJohn I. FergusonMichael D. Sangid

damage mechanismaluminum alloysdamage tolerant behaviormechanical engineering

Pedagogy Improvement in Aerospace Structures Education Using Virtual Labs: Before, During, and After the Covid-19 School Closures and Remote Learning. 2021 ASEE Virtual Annual Conference Content Access Proceedings (2024)

Waterloo TsutsuiEric WilliamsonKenneth ParkMichael Sangid

engineering educationpedagogy improvementeducationvirtual labshigher educationaerospace engineering

Phasing Effects on Thermo-Mechanical Fatigue Damage Investigated via Crystal Plasticity Modeling. Materials Science and Engineering A (2024)

Brandon T. MackeyMichael D. Sangid

materials engineeringengineeringmechanical engineeringthermo-mechanical fatigue damagecrystal plasticity modelingmaterials science

The Role of Additively Manufactured Niobium Alloy C103 Substrate's Surface Finish and Corner Geometry on the Silicide Diffusion Coating's Performance. Surface and Coatings Technology (2024)

John I. FergusonElaine MacDonaldBaily J. ThomasMichael D. Sangid

materials engineeringadditive manufacturingsurface treatmentsadvanced manufacturing technologiesadvanced materialssurface sciencecoatingsengineeringperformance evaluationsurface finishmechanical engineeringmanufacturing technologysurface nanotechnologycorner geometrysurface processingsilicide diffusion coatingsurface engineeringmaterials science

A Digital Engineering Framework to Facilitate Automated Data Exchange Between Geometric Inspection and Structural Analysis. Advances in Engineering Software (2023)

Saikiran GopalakrishnanNathan W. HartmanMichael D. Sangid

systems engineeringgeometric inspectionengineeringstructural analysisdigital engineering framework

A Microstructure-Based Fatigue Model for Additively Manufactured Ti-6Al-4V, Including the Role of Prior β Boundaries. International Journal of Plasticity (2023)

Sidharth KrishnamoorthiRitwik BandyopadhyayMichael D. Sangid

manufacturingpowder metallurgymaterials engineeringadditive manufacturingadvanced materialsengineeringmaterial researchtribologymechanical engineeringmicrostructure-based fatigue modelmicrostructurethin filmsalloy designmanufacturing engineeringmaterials science

Grain Interactions Under Thermo-Mechanical Loads Investigated With Coupled Crystal Plasticity Simulations and High-Energy X-Ray Diffraction Microscopy. Acta Materialia (2023)

Brandon T. MackeyRitwik BandyopadhyaySven E. GustafsonMichael D. Sangid

materials engineeringmechanical engineeringthermo-mechanical loadsgrain interactionsapplied physicsmaterials science

1
2
3
4
5
15
10 / page

Michael Sangid

Professor

Purdue University

Affiliations

College of Engineering

School of Aeronautics and Astronautics

School of Materials Engineering

Michael Sangid is currently serving as a College Of Engineering Professor 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

Michael Sangid

Purdue University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Comprehensive Analysis of Cermet Design and Thermal Cyclic Stability via Elasto-Viscoplastic Crystal Plasticity Modeling. International Journal of Plasticity (2024)

Glenn R. PetersonYoungung JeongCarlos N. ToméMichael D. Sangid

thermal cyclic stabilitycomprehensive analysiscermet designmechanical engineeringmaterials scienceplasticity

A Methodology for the Rapid Qualification of Additively Manufactured Materials Based on Pore Defect Structures. Integrating materials and manufacturing innovation (2024)

Krzysztof S. StopkaAndrew DesrosiersAmber AndreacoMichael D. Sangid

Enhancing Students’ Understanding of Deformation and Stress in Aerospace Structures Education via Virtual Labs. (2024)

Waterloo TsutsuiKenneth ParkChristopher SculleyIan CopenhaverMarcial GonzalezWayne ChenGeorge TakahashiMichael Sangid

engineering educationeducationvirtual labsdeformationaerospace engineering

Evaluating the Damage Tolerant Behavior of Cold Spray Repaired Aluminum Alloys. International Journal of Fatigue (2024)

Patrick E. MorrisonKrzysztof S. StopkaJohn I. FergusonMichael D. Sangid

damage mechanismaluminum alloysdamage tolerant behaviormechanical engineering

Waterloo TsutsuiEric WilliamsonKenneth ParkMichael Sangid

engineering educationpedagogy improvementeducationvirtual labshigher educationaerospace engineering

Phasing Effects on Thermo-Mechanical Fatigue Damage Investigated via Crystal Plasticity Modeling. Materials Science and Engineering A (2024)

Brandon T. MackeyMichael D. Sangid

materials engineeringengineeringmechanical engineeringthermo-mechanical fatigue damagecrystal plasticity modelingmaterials science

The Role of Additively Manufactured Niobium Alloy C103 Substrate's Surface Finish and Corner Geometry on the Silicide Diffusion Coating's Performance. Surface and Coatings Technology (2024)

John I. FergusonElaine MacDonaldBaily J. ThomasMichael D. Sangid

A Digital Engineering Framework to Facilitate Automated Data Exchange Between Geometric Inspection and Structural Analysis. Advances in Engineering Software (2023)

Saikiran GopalakrishnanNathan W. HartmanMichael D. Sangid

systems engineeringgeometric inspectionengineeringstructural analysisdigital engineering framework

A Microstructure-Based Fatigue Model for Additively Manufactured Ti-6Al-4V, Including the Role of Prior β Boundaries. International Journal of Plasticity (2023)

Sidharth KrishnamoorthiRitwik BandyopadhyayMichael D. Sangid

Grain Interactions Under Thermo-Mechanical Loads Investigated With Coupled Crystal Plasticity Simulations and High-Energy X-Ray Diffraction Microscopy. Acta Materialia (2023)

Brandon T. MackeyRitwik BandyopadhyaySven E. GustafsonMichael D. Sangid

materials engineeringmechanical engineeringthermo-mechanical loadsgrain interactionsapplied physicsmaterials science

1
2
3
4
5
15
10 / page

Similar Faculty Members

Arun Gokhale

Institution

Georgia Institute of Technology

composite material

deformation

David Bahr

Institution

Purdue University

materials science

mechanical engineering

Kiran Solanki

Institution

Arizona State University

stress analysis

mechanical performance

Yanfei Gao

Institution

University of Tennessee

materials science

mechanical engineering

Nikhilesh Chawla

Institution

Purdue University

small length scales

deformation

George M. Pharr

Institution

Texas A&M University

materials science

mechanical engineering

Hamid Garmestani

Institution

Georgia Institute of Technology

microstructure-strength relationship

mechanical performance

Ibrahim Karaman

Institution

Texas A&M University

materials science

mechanical engineering

Shuai Shao

Institution

Auburn University

advanced manufacturing technologies

advanced manufacturing

Darren Pagan

Institution

Pennsylvania State University

data analytics

advanced manufacturing

Similar Faculty Members

Arun Gokhale

Institution

Georgia Institute of Technology

composite material

deformation

David Bahr

Institution

Purdue University

materials science

mechanical engineering

Kiran Solanki

Institution

Arizona State University

stress analysis

mechanical performance

Yanfei Gao

Institution

University of Tennessee

materials science

mechanical engineering

Nikhilesh Chawla

Institution

Purdue University

small length scales

deformation

George M. Pharr

Institution

Texas A&M University

materials science

mechanical engineering

Hamid Garmestani

Institution

Georgia Institute of Technology

microstructure-strength relationship

mechanical performance

Ibrahim Karaman

Institution

Texas A&M University

materials science

mechanical engineering

Shuai Shao

Institution

Auburn University

advanced manufacturing technologies

advanced manufacturing

Darren Pagan

Institution

Pennsylvania State University

data analytics

advanced manufacturing