Faculty

Institution

Unit

Venue

Reza Abbaschian

Distinguished Professor; Winston Chung Endowed Professor in Sustainability; Director Winston Chung Global Energy Center

University of California, Riverside

Affiliations

Bourns College of Engineering

Mechanical Engineering

Reza Abbaschian is currently serving as a Bourns College Of Engineering Distinguished Professor; Winston Chung Endowed Professor in Sustainability; Director Winston Chung Global Energy Center at University of California, Riverside.

Honors

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Experiences

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Education

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Reza Abbaschian

University of California, Riverside

Distinguished Professor; Winston Chung Endowed Professor in Sustainability; Director Winston Chung Global Energy Center

You can click a keyword to filter the displayed items

materials science applied physics materials engineering mechanical engineering advanced materials material research intermetallics condensed matter physics metals crystal growth alloy phase microstructure alloy design nonferrous metal engineering phase transitions thermodynamics condensed matter ceramics advanced ceramics phase equilibrium crystal research interface science crystal growth technology crystal formation nanomaterials heat mass transfer electronic materials thermal engineering advanced composite material (engineering) mechanical science ceramic materials structural ceramics interface properties interface structure composite science material chemistry dynamic equilibrium engineering ceramic metallurgical process liquid phase separation axial heat processing morphological stability carbon-based materials mineral physics microstructure-strength relationship material preparation phase separation metallurgical system metallurgical interaction strength property alloy casting ceramic technology interface phenomenon crystal material heat treating high-entropy alloys microgravity conditions metallic nanomaterials diamond-like carbon superalloys graphene nanomeshes nanometrology nanoscale science high-performance materials molten phase diamond crystals phase selection fracture toughness cu-co-fe alloys computational study niobium metal reactive hot compaction binary alloy solidification in-situ imaging metal-carbon melts

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cooling Rate and Compositional Effects on Microstructural Evolution and Mechanical Properties of (Cocrcuti)100−Xfex High-Entropy Alloys. Entropy (2024)

mechanical propertieshot workingmaterials engineeringmaterials sciencemagnesium alloysmaterial researchintermetallicsmechanical engineeringnonferrous metalhigh-entropy alloysadvanced materialsalloy phasethermomechanical processingmultiprincipal element alloyentropycompositional effectsthermodynamicsapplied physicsmicrostructurealloy design

Magnesium-Enhanced Reactivity of Boron Particles: Role of Mg/B 2 O 3 Exothermic Surface Reactions. Energy & Fuels (2023)

borophenechemistrynonferrous metalmaterials engineeringmaterials sciencephysical chemistryboron particlesmagnesium alloysmagnesium-enhanced reactivityhydrogenmagnesium-based compositechemical engineering

Vaporization-Controlled Energy Release Mechanisms Underlying the Exceptional Reactivity of Magnesium Nanoparticles. ACS Applied Materials & Interfaces (2022)

nanoparticlesmagnesium nanoparticleschemistrynanomaterialsmetal nanoparticlesnanoengineeringmaterials sciencephysical chemistrymagnesium alloysexceptional reactivitynanoparticle researchmagnesium-based compositenanotechnologychemical engineering

Magnetic-Field Directed Vapor-Phase Assembly of Low Fractal Dimension Metal Nanostructures: Experiment and Theory. The Journal of Physical Chemistry Letters (2021)

Pankaj GhildiyalPrithwish BiswasSteven HerreraGeorge W. MulhollandYong YangReza AbbaschianMichael R. Zachariah

vapor-phase assemblynanomaterialsmaterials engineeringcondensed matter physicscondensed mattermaterials scienceapplied physicsnanometrologymetallic nanomaterialsmetal nanoparticlesmagnetismmagnetic materialsnanotechnologymechanical engineeringnanoscale science

Hexagonal (Cocrcuti)100-Fe Multi-Principal Element Alloys. Materials Chemistry and Physics (2020)

multi-principal element alloysnonferrous metaladvanced materialsmaterials engineeringmetalsalloy phasematerials sciencealloy designintermetallicsmechanical engineering

Duplex Phase Hexagonal-Cubic Multi-Principal Element Alloys With High Hardness. Materials Today Communications (2019)

N. DerimowB.E. MacDonaldE.J. LaverniaR. Abbaschian

high hardnessadvanced materialsmaterials engineeringalloy phasematerials scienceapplied physicsmaterial researchstrength propertyalloy designmechanical engineering

In-Situ Imaging of Molten High-Entropy Alloys Using Cold Neutrons. Journal of Imaging (2019)

Nicholas DerimowLouis J. SantodonatoBenjamin E. MacDonaldBryan LeEnrique J. LaverniaReza Abbaschian

in-situ imagingmaterials sciencemolten high-entropy alloysmedical imagingcold neutronsmechanical engineering

Liquid Phase Separation in Alcrfenimo0.3 High-Entropy Alloy. Intermetallics (2019)

A. MunitzI. EdryE. BroshN. DerimowB.E. MacDonaldE.J. LaverniaR. Abbaschian

advanced materialsmaterials engineeringmaterials scienceapplied physicsliquid phase separationintermetallicsmechanical engineering

Processing Pathway Effects in Cocrcuni+X (Fe, Mn) High-Entropy Alloys. The Philosophical Magazine A Journal of Theoretical Experimental and Applied Physics (2019)

N. DerimowT. ClarkC. RoachS. MathaudhuR. Abbaschian

pathway effectshigh-entropy alloysadvanced materialsmetalscondensed matter physicsmaterials scienceapplied physicsmetal processingalloy designmechanical engineering

Solidification Processing and Cooling Rate Effects on Hexagonal Co22Cr18Cu20Mn16Ti24 High-Entropy Alloys. Materials Chemistry and Physics (2019)

solidification processingadvanced materialsmaterials engineeringalloy phasethermodynamicsapplied physicsmaterials sciencematerial researchrate effectscrystal growthmultiprincipal element alloyintermetallics

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Reza Abbaschian

Distinguished Professor; Winston Chung Endowed Professor in Sustainability; Director Winston Chung Global Energy Center

University of California, Riverside

Affiliations

Bourns College of Engineering

Mechanical Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Reza Abbaschian

University of California, Riverside

Distinguished Professor; Winston Chung Endowed Professor in Sustainability; Director Winston Chung Global Energy Center

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cooling Rate and Compositional Effects on Microstructural Evolution and Mechanical Properties of (Cocrcuti)100−Xfex High-Entropy Alloys. Entropy (2024)

Magnesium-Enhanced Reactivity of Boron Particles: Role of Mg/B 2 O 3 Exothermic Surface Reactions. Energy & Fuels (2023)

Vaporization-Controlled Energy Release Mechanisms Underlying the Exceptional Reactivity of Magnesium Nanoparticles. ACS Applied Materials & Interfaces (2022)

Magnetic-Field Directed Vapor-Phase Assembly of Low Fractal Dimension Metal Nanostructures: Experiment and Theory. The Journal of Physical Chemistry Letters (2021)

Pankaj GhildiyalPrithwish BiswasSteven HerreraGeorge W. MulhollandYong YangReza AbbaschianMichael R. Zachariah

Hexagonal (Cocrcuti)100-Fe Multi-Principal Element Alloys. Materials Chemistry and Physics (2020)

multi-principal element alloysnonferrous metaladvanced materialsmaterials engineeringmetalsalloy phasematerials sciencealloy designintermetallicsmechanical engineering

Duplex Phase Hexagonal-Cubic Multi-Principal Element Alloys With High Hardness. Materials Today Communications (2019)

N. DerimowB.E. MacDonaldE.J. LaverniaR. Abbaschian

high hardnessadvanced materialsmaterials engineeringalloy phasematerials scienceapplied physicsmaterial researchstrength propertyalloy designmechanical engineering

In-Situ Imaging of Molten High-Entropy Alloys Using Cold Neutrons. Journal of Imaging (2019)

Nicholas DerimowLouis J. SantodonatoBenjamin E. MacDonaldBryan LeEnrique J. LaverniaReza Abbaschian

in-situ imagingmaterials sciencemolten high-entropy alloysmedical imagingcold neutronsmechanical engineering

Liquid Phase Separation in Alcrfenimo0.3 High-Entropy Alloy. Intermetallics (2019)

A. MunitzI. EdryE. BroshN. DerimowB.E. MacDonaldE.J. LaverniaR. Abbaschian

advanced materialsmaterials engineeringmaterials scienceapplied physicsliquid phase separationintermetallicsmechanical engineering

Processing Pathway Effects in Cocrcuni+X (Fe, Mn) High-Entropy Alloys. The Philosophical Magazine A Journal of Theoretical Experimental and Applied Physics (2019)

N. DerimowT. ClarkC. RoachS. MathaudhuR. Abbaschian

pathway effectshigh-entropy alloysadvanced materialsmetalscondensed matter physicsmaterials scienceapplied physicsmetal processingalloy designmechanical engineering

Solidification Processing and Cooling Rate Effects on Hexagonal Co22Cr18Cu20Mn16Ti24 High-Entropy Alloys. Materials Chemistry and Physics (2019)

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Similar Faculty Members

Gregory B. Thompson

Institution

University of Alabama

advanced ceramic

ceramic

Alex A. Volinsky

Institution

University of South Florida

crystal growth

material performance

Elizabeth Holm

Institution

Carnegie Mellon University

engineering

material modeling

Michael Ernest Kassner

Institution

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severe plastic deformation

hot working

Yongho Sohn

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advanced materials

advanced manufacturing

Michael Mills

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metal

multiprincipal element alloy

P. Chris Pistorius

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sintering

ceramic

Irene J. Beyerlein

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Marc De Graef

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lorentz microscopy

microstructure