Faculty

Institution

Unit

Venue

Donald Scott Stewart

Shao Lee Soo Professor Research Professor; Shao Lee Soo Professor Emeritus

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and Engineering

Donald Scott Stewart is currently serving as a Mechanical Science And Engineering Shao Lee Soo Professor Research Professor; Shao Lee Soo Professor Emeritus at University of Illinois Urbana-Champaign.

Honors

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Experiences

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Education

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Donald Scott Stewart

University of Illinois Urbana-Champaign

Shao Lee Soo Professor Research Professor; Shao Lee Soo Professor Emeritus

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shock waves detonation phenomenon engineering numerical simulations shock compression physics combustion chemical kinetics energetic materials mechanical engineering applied mathematics fluid dynamics blast engineering explosive compaction mechanics combustion flame combustion science computational fluid dynamics blast loading fluid mechanics nonlinear phenomena wave nonlinearity heat mass transfer numerical analysis combustion theory detonation shock dynamics nonlinear dynamics scientific computing gas dynamics underwater explosions fluid flow combustion engineering stability thermodynamic modelling material simulation thermal engineering heterogeneous combustion boundary value problems explosion welding numerical algorithms numerical mathematics turbulent flame material modeling continuum modeling engine research compressible flows aerospace propulsion chemical thermodynamics molecular kinetics reaction zone multiphysics problems transformation kinetics condensed explosives nonlinear resonance numerical method for partial differential equation rocket engine hyperbolic conservation laws phase equilibrium equilibrium thermodynamic property shock dynamics mirrored continuum detonation theory phase change bifurcation theory premixed turbulent flame numerical computation boundary element methods detonation shock lead shock periodic sandwich propellants explosive technology embedded sonic locus program burn algorithms gaseous detonations activation energy specified gibbs potentials computational engineering shock physics complex flows

Notable Scholarly Works

Notable Federal Grants

Collaborators

Eigenvalue Detonation: Particle Size Effects in Aluminized Explosives. Combustion and Flame (2025)

Vincent R. SchuetzD. Scott Stewart

chemical kineticsnuclear physicsatomic physicseigenvalue detonationapplied physicsenergetic materialsphysicsshock wavesexplosive compactionblast engineeringnuclear chemistrydetonation phenomenoncombustion

Physics-Informed Machine Learning Models for Shock Initiation Criteria of Reactive Metamaterials. Combustion Theory and Modelling (2025)

Kibaek LeeSeungjoon LeeAlberto M. HernándezD. Scott Stewart

engineeringphysic aware machine learningshock initiation criteriareactive metamaterialsapplied physicsmechanics of materialscomputational engineeringshock compressionnumerical simulationsshock waves

Eigenvalue Theory for Aluminized Explosives. AIP conference proceedings (2024)

Vincent R. SchuetzD. Scott Stewart

applied physicsexplosive compactionenergetic materialsphysicstheoretical chemistryshock wavesspectral theorydetonation phenomenoneigenvalue theory

On the Structure and Dynamics of Strong and Weak Eigenvalue Detonation in Condensed Explosives. Combustion and Flame (2024)

Vincent R. SchuetzD. Scott Stewart

condensed explosiveschemical kineticsweak eigenvalue detonationblast loadingatomic physicsphase transitionsapplied physicsphysical chemistryenergetic materialsphysicsshock compressionexplosive compactionblast engineeringshock wavesdetonation phenomenon

Simulation and Fabrication of Reactive Metamaterials. AIP conference proceedings (2024)

Robert T. IchiyamaMadeleine StanishaNoah P. ScarpelliJames L. SmithDonald Scott StewartJimmie C. Oxley

advanced functional materialsmetamaterialsdynamic metamaterialsadvanced materialselectromagnetic metamaterialsreactive metamaterialsapplied physicsmaterials science

3-Component Reactive Flow Modeling of Nitromethane. AIP conference proceedings (2023)

Vincent SchuetzKibaek LeeDana D. DlottD. Scott Stewart

fluid dynamicsfluid flowflow synthesiscomputational fluid dynamicsnumerical simulationschemical engineering

Physics-Informed Machine Learning Models for Go/No-Go Criteria on Reactive Metamaterials. AIP conference proceedings (2023)

Seungjoon LeeKibaek LeeAlberto HernándezD. Scott Stewart

metamaterialsscientific computingdynamic metamaterialsphysic aware machine learningreactive metamaterialsapplied physicsphysicscomputational physicsmodeling and simulation

Shock Induced Energy Transfer Into a Solid Structure. AIP conference proceedings (2023)

Kibaek LeeD. Scott StewartAlberto M. HernándezBrayden RoqueRyan Houim

numerical simulationsblast loadingenergy transformationapplied physicsmechanics of materialssolid mechanicsenergetic materialsshock compressiontransport phenomenasolid structuremechanicsshock wavesdetonation phenomenonmechanical engineering

Enhanced Reactivity by Energy Trapping in Shocked Materials: Reactive Metamaterials for Controllable Output. Combustion Theory and Modelling (2022)

Donald Scott StewartKibaek LeeAlberto M. Hernández

engineeringadvanced materialsblast loadingreactive metamaterialsenergy trappingmaterials sciencemechanics of materialsenergetic materialsshock compressionblast engineeringmechanicsshock wavesenhanced reactivity

Data-Driven Blended Equations of State for Condensed-Phase Explosives. Combustion Theory and Modelling (2021)

Kibaek LeeAlberto M. HernándezD. Scott StewartSeungjoon Lee

thermodynamic modellingapplied mathematicsengineeringbayesian analysisdata-driven blended equationmaterial simulationbayesian optimisationgaussian process regressionenergetic materialsmaterial modelingmodeling and simulationnumerical simulationscombustion

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Donald Scott Stewart

Shao Lee Soo Professor Research Professor; Shao Lee Soo Professor Emeritus

University of Illinois Urbana-Champaign

Affiliations

The Grainger College of Engineering

Department of Mechanical Science and 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

Donald Scott Stewart

University of Illinois Urbana-Champaign

Shao Lee Soo Professor Research Professor; Shao Lee Soo Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Eigenvalue Detonation: Particle Size Effects in Aluminized Explosives. Combustion and Flame (2025)

Vincent R. SchuetzD. Scott Stewart

Physics-Informed Machine Learning Models for Shock Initiation Criteria of Reactive Metamaterials. Combustion Theory and Modelling (2025)

Kibaek LeeSeungjoon LeeAlberto M. HernándezD. Scott Stewart

engineeringphysic aware machine learningshock initiation criteriareactive metamaterialsapplied physicsmechanics of materialscomputational engineeringshock compressionnumerical simulationsshock waves

Eigenvalue Theory for Aluminized Explosives. AIP conference proceedings (2024)

Vincent R. SchuetzD. Scott Stewart

applied physicsexplosive compactionenergetic materialsphysicstheoretical chemistryshock wavesspectral theorydetonation phenomenoneigenvalue theory

On the Structure and Dynamics of Strong and Weak Eigenvalue Detonation in Condensed Explosives. Combustion and Flame (2024)

Vincent R. SchuetzD. Scott Stewart

Simulation and Fabrication of Reactive Metamaterials. AIP conference proceedings (2024)

Robert T. IchiyamaMadeleine StanishaNoah P. ScarpelliJames L. SmithDonald Scott StewartJimmie C. Oxley

advanced functional materialsmetamaterialsdynamic metamaterialsadvanced materialselectromagnetic metamaterialsreactive metamaterialsapplied physicsmaterials science

3-Component Reactive Flow Modeling of Nitromethane. AIP conference proceedings (2023)

Vincent SchuetzKibaek LeeDana D. DlottD. Scott Stewart

fluid dynamicsfluid flowflow synthesiscomputational fluid dynamicsnumerical simulationschemical engineering

Physics-Informed Machine Learning Models for Go/No-Go Criteria on Reactive Metamaterials. AIP conference proceedings (2023)

Seungjoon LeeKibaek LeeAlberto HernándezD. Scott Stewart

metamaterialsscientific computingdynamic metamaterialsphysic aware machine learningreactive metamaterialsapplied physicsphysicscomputational physicsmodeling and simulation

Shock Induced Energy Transfer Into a Solid Structure. AIP conference proceedings (2023)

Kibaek LeeD. Scott StewartAlberto M. HernándezBrayden RoqueRyan Houim

Enhanced Reactivity by Energy Trapping in Shocked Materials: Reactive Metamaterials for Controllable Output. Combustion Theory and Modelling (2022)

Donald Scott StewartKibaek LeeAlberto M. Hernández

Data-Driven Blended Equations of State for Condensed-Phase Explosives. Combustion Theory and Modelling (2021)

Kibaek LeeAlberto M. HernándezD. Scott StewartSeungjoon Lee

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