Faculty

Institution

Unit

Venue

Sanwu Wang

Professor of Physics & Engineering Physics

University of Tulsa

Affiliations

Oxley College of Health & Natural Sciences

Physics & Engineering Physics

Sanwu Wang is currently serving as an Oxley College Of Health & Natural Sciences Professor of Physics & Engineering Physics at University of Tulsa.

Honors

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Experiences

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Education

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Sanwu Wang

University of Tulsa

Professor of Physics & Engineering Physics

You can click a keyword to filter the displayed items

materials science applied physics condensed matter physics surface science physics thin films atomic physics surface chemistry advanced materials electronic materials first-principles calculations interface science physical chemistry condensed matter electrical engineering particle physics thermodynamics solid-state electronics material chemistry material research semiconductor devices carbon-based materials chemisorption adsorption electronics power electronics thermal engineering numerical simulations ab-initio methods defect formation surface reactivity compound semiconductors carbon clusters ab initio calculations energy chemistry nuclear science nanoparticle research quantum chemistry composite science mechanical science semiconductor technology nuclear engineering surface processing surface engineering solid-state chemistry surface analysis surface modeling interface chemistry halide perovskites perovskite solar cells cluster science amorphous solid phase stability oxidation mechanism electronic properties solar cell applications first-principles investigation water molecules heterogeneous catalysis molecular catalysis biocatalysis charge separation asymmetric catalysis partially ordered set crystal formation semiconductor device fabrication short-term variability radiation biology radiation generation liquid water atomic-scale dynamics nitrogen incorporation bethe sum rules first-principles theory ge atoms collective patterns catalytic materials computational materials science material simulation quantum theory density functional theory

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Entropy Metallic Ceramics With Quaternary Max Phases: Stability and Mechanical Properties of (Me 0. 25 1 Me <MML: Mrow…. Ceramics International (2025)

Shi-Yu LiuChi ZhangHuilun ZhangWeiping GongShiyang LiuDejun LiYanyu LiuYaping LiSanwu Wang

materials sciencemechanical propertiesresidual stressceramic materialsmeso levelmetalselectroceramicsmaterial researchcomposite materialsadvanced materialsapplied physicsstructural ceramicsadvanced ceramicsmicrostructuremechanical engineeringengineering ceramichigh-entropy metallic ceramicsceramicsquaternary max phases

Design of Superhard High-Entropy Diborides V I a High-Throughput Dft and Thermodynamics Calculations. Ceramics International (2024)

Shi-Yu LiuLei QinHuilun ZhangChangming LiuShiyang LiuDe-Jun LiTrivanni YadavDeependra ShahSanwu Wang

thin filmsmaterials sciencemechanical engineeringmaterials engineeringadvanced materialsengineering

High Ionic Conductivity Materials LI 3 Ybr 6 and LI 3 Labr 6 for Solid-State Batteries: First-Principles Calculations. Journal of Physics Condensed Matter (2024)

Yaping LiDylan McCoyJustin BordonaroJack W SimonsonShi-Yu LiuSanwu Wang

materials sciencequantum chemistrymagnetismlow dimensional materialssurface reactivitynanoengineeringfirst-principles calculationsexperimental analysiselectronic materialsquantum scienceenergy storage materialsadvanced materialsstructural integrityenvironmental engineeringbiomedical engineeringthermal engineeringelectron configurationnovel interfacegraphene

First-Principles Investigation of Stable Lead-Free Halide Perovskite Materials Cssncl X Br Y I 3−X−Y for Solar Cell Applications. Journal of Physics Condensed Matter (2023)

Yaping LiLanie G McKinneyYuxuan HeShi-Yu LiuSanwu Wang

physicsmaterials sciencematerial chemistryelectronic materialsphotovoltaicsatomic physicshalide perovskitesparticle physicstheoretical inorganic chemistrycondensed matter physicsfirst-principles investigationinorganic chemistrysolar cell applicationsperovskite solar cellsapplied physicscomposite sciencecarbon-based materials

First-Principles Study of Thermodynamic Stability and Mechanical Properties of Fifteen High-Entropy Quaternary Metal Disilicides. Journal of Physics Condensed Matter (2023)

Huilun ZhangShi-Yu LiuShiyang LiuDe-Jun LiYanyu LiuSanwu Wang

physicsmaterials sciencefirst-principles studycondensed matter physicsthermodynamic stabilitythermodynamicsapplied physics

First-Principles Investigation of Stable Lead-Free Halide Perovskite Materials Cssnclxbryi3-X-Y for Solar Cell Applications. SSRN Electronic Journal (2022)

Yaping LiLanie G. McKinneyYuxuan HeShi-Yu LiuSanwu Wang

materials sciencephotovoltaicsmaterials engineeringhalide perovskitesfirst-principles investigationsolar cell applicationsperovskite solar cellsapplied physicscomputational materials science

Phase Diagram and Mechanical Properties of Fifteen Quaternary High-Entropy Metal Diborides: First-Principles Calculations and Thermodynamics. Journal of Applied Physics (2022)

Shi-Yu LiuChangming LiuShuoxin ZhangShiyang LiuDe-Jun LiYaping LiSanwu Wang

materials sciencecondensed matter physicsthermodynamicsapplied mathematicsapplied physicsfirst-principles calculationsphase diagram

Stability and Mechanical Properties of Single-Phase Quinary High-Entropy Metal Carbides: First-Principles Theory and Thermodynamics. Journal of the European Ceramic Society (2022)

Shi-Yu LiuShuoxin ZhangShiyang LiuDe-Jun LiZhiqiang NiuYaping LiSanwu Wang

materials sciencemechanical engineeringfirst-principles theorycondensed matter physicsadvanced materialsthermodynamicsceramicsapplied physicsmechanics of materials

First-Principles Study of Thermodynamic Miscibility, Structures, and Optical Properties of Cs2Sn(X1− X Y X )6 (X,Y = I, Br, CL) Lead-Free Perovskite Solar Cells. Applied Physics Letters (2021)

Shi-Yu LiuMeng SunShuoxin ZhangShiyang LiuDe-Jun LiZhiqiang NiuYaping LiSanwu Wang

materials sciencefirst-principles studyoptical propertiesthermodynamic miscibilitythermodynamics

Phase Stability, Mechanical Properties and Melting Points of High-Entropy Quaternary Metal Carbides From First-Principles. Journal of the European Ceramic Society (2021)

Shi-Yu LiuShuoxin ZhangShiyang LiuDe-Jun LiYaping LiSanwu Wang

materials sciencemechanical engineeringmaterial researchmaterials engineeringphase stabilitycondensed matter physicsadvanced materialsapplied physics

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Sanwu Wang

Professor of Physics & Engineering Physics

University of Tulsa

Affiliations

Oxley College of Health & Natural Sciences

Physics & Engineering Physics

Sanwu Wang is currently serving as an Oxley College Of Health & Natural Sciences Professor of Physics & Engineering Physics at University of Tulsa.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Sanwu Wang

University of Tulsa

Professor of Physics & Engineering Physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High-Entropy Metallic Ceramics With Quaternary Max Phases: Stability and Mechanical Properties of (Me 0. 25 1 Me <MML: Mrow…. Ceramics International (2025)

Shi-Yu LiuChi ZhangHuilun ZhangWeiping GongShiyang LiuDejun LiYanyu LiuYaping LiSanwu Wang

Design of Superhard High-Entropy Diborides V I a High-Throughput Dft and Thermodynamics Calculations. Ceramics International (2024)

Shi-Yu LiuLei QinHuilun ZhangChangming LiuShiyang LiuDe-Jun LiTrivanni YadavDeependra ShahSanwu Wang

thin filmsmaterials sciencemechanical engineeringmaterials engineeringadvanced materialsengineering

High Ionic Conductivity Materials LI 3 Ybr 6 and LI 3 Labr 6 for Solid-State Batteries: First-Principles Calculations. Journal of Physics Condensed Matter (2024)

Yaping LiDylan McCoyJustin BordonaroJack W SimonsonShi-Yu LiuSanwu Wang

First-Principles Investigation of Stable Lead-Free Halide Perovskite Materials Cssncl X Br Y I 3−X−Y for Solar Cell Applications. Journal of Physics Condensed Matter (2023)

Yaping LiLanie G McKinneyYuxuan HeShi-Yu LiuSanwu Wang

First-Principles Study of Thermodynamic Stability and Mechanical Properties of Fifteen High-Entropy Quaternary Metal Disilicides. Journal of Physics Condensed Matter (2023)

Huilun ZhangShi-Yu LiuShiyang LiuDe-Jun LiYanyu LiuSanwu Wang

physicsmaterials sciencefirst-principles studycondensed matter physicsthermodynamic stabilitythermodynamicsapplied physics

First-Principles Investigation of Stable Lead-Free Halide Perovskite Materials Cssnclxbryi3-X-Y for Solar Cell Applications. SSRN Electronic Journal (2022)

Yaping LiLanie G. McKinneyYuxuan HeShi-Yu LiuSanwu Wang

materials sciencephotovoltaicsmaterials engineeringhalide perovskitesfirst-principles investigationsolar cell applicationsperovskite solar cellsapplied physicscomputational materials science

Phase Diagram and Mechanical Properties of Fifteen Quaternary High-Entropy Metal Diborides: First-Principles Calculations and Thermodynamics. Journal of Applied Physics (2022)

Shi-Yu LiuChangming LiuShuoxin ZhangShiyang LiuDe-Jun LiYaping LiSanwu Wang

materials sciencecondensed matter physicsthermodynamicsapplied mathematicsapplied physicsfirst-principles calculationsphase diagram

Stability and Mechanical Properties of Single-Phase Quinary High-Entropy Metal Carbides: First-Principles Theory and Thermodynamics. Journal of the European Ceramic Society (2022)

Shi-Yu LiuShuoxin ZhangShiyang LiuDe-Jun LiZhiqiang NiuYaping LiSanwu Wang

materials sciencemechanical engineeringfirst-principles theorycondensed matter physicsadvanced materialsthermodynamicsceramicsapplied physicsmechanics of materials

First-Principles Study of Thermodynamic Miscibility, Structures, and Optical Properties of Cs2Sn(X1− X Y X )6 (X,Y = I, Br, CL) Lead-Free Perovskite Solar Cells. Applied Physics Letters (2021)

Shi-Yu LiuMeng SunShuoxin ZhangShiyang LiuDe-Jun LiZhiqiang NiuYaping LiSanwu Wang

materials sciencefirst-principles studyoptical propertiesthermodynamic miscibilitythermodynamics

Phase Stability, Mechanical Properties and Melting Points of High-Entropy Quaternary Metal Carbides From First-Principles. Journal of the European Ceramic Society (2021)

Shi-Yu LiuShuoxin ZhangShiyang LiuDe-Jun LiYaping LiSanwu Wang

materials sciencemechanical engineeringmaterial researchmaterials engineeringphase stabilitycondensed matter physicsadvanced materialsapplied physics

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Similar Faculty Members

Alexander Demkov

Institution

University of Texas at Austin

materials science

applied physics

Ravindra Pandey

Institution

Michigan Technological University

material modeling

material physic

Talat S. Rahman

Institution

University of Central Florida

density functional theory

functional materials

James Chelikowsky

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materials science

condensed matter physics

Duane D. Johnson

Institution

Iowa State University

thermodynamics

material simulation

Gyeong Hwang

Institution

University of Texas at Austin

advanced materials

multiscale modeling

Uzi Landman

Institution

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quantum chemistry

molecular clusters

Bilge Yildiz

Institution

Massachusetts Institute of Technology

engineering

ferrimagnetic materials

Robert Klie

Institution

University of Illinois Chicago

material properties

molecular crystal

Anderson Janotti

Institution

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renewable energy materials

electronic material