Faculty

Institution

Unit

Venue

David L. Miller

Frederic O Hess Endowed Professor

Drexel University

Affiliations

College of Engineering

Mechanical Engineering and Mechanics

David L. Miller is currently serving as a College Of Engineering Frederic O Hess Endowed Professor at Drexel University.

Honors

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Experiences

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Education

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David L. Miller

Drexel University

Frederic O Hess Endowed Professor

You can click a keyword to filter the displayed items

combustion chemical engineering engine research materials science combustion science mechanical engineering engineering fuel science combustion engineering chemical kinetics thermal engineering combustion institute aeronautics preignition reactivity motored engine polymer science nanotechnology energy chemistry aerospace technology hcci combustion process low temperature oxidation primary reference fuels hcci engines physical chemistry magnetism materials engineering catalysis raman spectroscopy material research material chemistry nanoparticle research waste management software analysis polymer technology magnetic materials fragmentation effect aviation biofuels surface nanotechnology polymer nanotechnology performance prediction emission reduction municipal solid waste refuse-derived fuel methanol fuel injection experimental thermodynamics optical metrology instrument development automotive engineering timing analysis hydrogen generation program checking game ai video game development gasoline surrogate polymer single crystal diesel fuels experimental investigation surrogate jet fuels target validation data comprehensive kinetic model low temperature regime n-dodecane oxidation ignition delay

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automated Playtest and Crash Analyzer (Apca): An AI That Playtests Video Games to Detect Bugs and Potential Crashes. (2024)

David Miller

video gamesvideo game developmentgame aisoftware testingpotential crashescomputer scienceprogram checkingartificial intelligencecrash analyzerprogram analysissoftware analysis

A Comprehensive Combustion Chemistry Study of N-Propylcyclohexane. Combustion and Flame (2021)

Ahfaz AhmedJulius A. CorrubiaMoaz Al-LehaibiFarinaz FaridHeng WangZhandong WangBingjie ChenWilliam L. RobertsDavid L. MillerAamir FarooqNicholas P. CernanskyS. Mani Sarathy

combustion

Ron and Mon Chemical Kinetic Modeling Derived Correlations With Ignition Delay Time for Gasoline and Octane Boosting Additives. Combustion and Flame (2020)

Julius A. CorrubiaJonathan M. CapeceNicholas P. CernanskyDavid L. MillerRussell P. DurrettPaul M. Najt

octane boosting additivesignition delay timechemical engineeringcombustion

Polymer Single Crystal as Magnetically Recoverable Support for Nanocatalysts. The Journal of Physical Chemistry Letters (2012)

Bin DongDavid L. MillerChristopher Y. Li

polymer single crystalpolymer sciencematerials scienceapplied physicsphysicsphysical chemistrymagnetismmagnetic materialsnanotechnologypolymer technology

Polymer-Single-Crystal@Nanoparticle Nanosandwich for Surface Enhanced Raman Spectroscopy. Journal of Materials Chemistry (2012)

Bin DongWenda WangDavid L. MillerChristopher Y. Li

nanoparticlessurface nanotechnologyadvanced materialsnanomaterialsmaterial chemistrypolymer sciencematerials sciencematerial researchnanoparticle researchraman spectroscopypolymer nanotechnologynanotechnology

Low Temperature Oxidation of N-Butylcyclohexane. Combustion and Flame (2011)

Robert H. NatelsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

combustion sciencelow temperature oxidationchemical engineeringcombustion

Preignition and Autoignition Chemistry of the Xylene Isomers. Combustion Science and Technology (2011)

Robert H. NatelsonMatthew S. KurmanRodney O. JohnsonNicholas P. CernanskyDavid L. Miller

materials sciencecombustion sciencexylene isomersautoignition chemistrycombustion

Time Resolved Plif and Crd Diagnostics of Oh Radicals in the Afterglow of Plasma Discharge in Hydrocarbon Mixtures. APS (2011)

Liang WuJamie LaneNicholas CernanskyDavid MillerAlexander FridmanAndrey StarikovskiyDrexel Team

plasma dischargematerials sciencehydrocarbon mixturestime seriescrd diagnosticsoh radicals

Comparison of Reactivity in a Flow Reactor and a Single Cylinder Engine. Experimental Thermal and Fluid Science (2010)

Robert H. NatelsonRodney O. JohnsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

engineeringsingle cylinder engineexperimental thermodynamicsengine researchflow reactorthermal engineeringmechanical engineeringcombustion

Plasma Assisted Ignition Below Self-Ignition Threshold in Hydrogen, Hydrogen-Co and Hydrocarbon-Air Mixtures. Bulletin of the American Physical Society (2010)

Liang WuJamie LaneNicholas CernanskyDavid MillerAlexander FridmanAndrey Starikovskiy

hydrocarbon-air mixturesapplied physicsself-ignition thresholdhydrogencombustion

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David L. Miller

Frederic O Hess Endowed Professor

Drexel University

Affiliations

College of Engineering

Mechanical Engineering and Mechanics

David L. Miller is currently serving as a College Of Engineering Frederic O Hess Endowed Professor at Drexel 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 L. Miller

Drexel University

Frederic O Hess Endowed Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Automated Playtest and Crash Analyzer (Apca): An AI That Playtests Video Games to Detect Bugs and Potential Crashes. (2024)

David Miller

video gamesvideo game developmentgame aisoftware testingpotential crashescomputer scienceprogram checkingartificial intelligencecrash analyzerprogram analysissoftware analysis

A Comprehensive Combustion Chemistry Study of N-Propylcyclohexane. Combustion and Flame (2021)

Ahfaz AhmedJulius A. CorrubiaMoaz Al-LehaibiFarinaz FaridHeng WangZhandong WangBingjie ChenWilliam L. RobertsDavid L. MillerAamir FarooqNicholas P. CernanskyS. Mani Sarathy

combustion

Ron and Mon Chemical Kinetic Modeling Derived Correlations With Ignition Delay Time for Gasoline and Octane Boosting Additives. Combustion and Flame (2020)

Julius A. CorrubiaJonathan M. CapeceNicholas P. CernanskyDavid L. MillerRussell P. DurrettPaul M. Najt

octane boosting additivesignition delay timechemical engineeringcombustion

Polymer Single Crystal as Magnetically Recoverable Support for Nanocatalysts. The Journal of Physical Chemistry Letters (2012)

Bin DongDavid L. MillerChristopher Y. Li

polymer single crystalpolymer sciencematerials scienceapplied physicsphysicsphysical chemistrymagnetismmagnetic materialsnanotechnologypolymer technology

Polymer-Single-Crystal@Nanoparticle Nanosandwich for Surface Enhanced Raman Spectroscopy. Journal of Materials Chemistry (2012)

Bin DongWenda WangDavid L. MillerChristopher Y. Li

Low Temperature Oxidation of N-Butylcyclohexane. Combustion and Flame (2011)

Robert H. NatelsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

combustion sciencelow temperature oxidationchemical engineeringcombustion

Preignition and Autoignition Chemistry of the Xylene Isomers. Combustion Science and Technology (2011)

Robert H. NatelsonMatthew S. KurmanRodney O. JohnsonNicholas P. CernanskyDavid L. Miller

materials sciencecombustion sciencexylene isomersautoignition chemistrycombustion

Time Resolved Plif and Crd Diagnostics of Oh Radicals in the Afterglow of Plasma Discharge in Hydrocarbon Mixtures. APS (2011)

Liang WuJamie LaneNicholas CernanskyDavid MillerAlexander FridmanAndrey StarikovskiyDrexel Team

plasma dischargematerials sciencehydrocarbon mixturestime seriescrd diagnosticsoh radicals

Comparison of Reactivity in a Flow Reactor and a Single Cylinder Engine. Experimental Thermal and Fluid Science (2010)

Robert H. NatelsonRodney O. JohnsonMatthew S. KurmanNicholas P. CernanskyDavid L. Miller

engineeringsingle cylinder engineexperimental thermodynamicsengine researchflow reactorthermal engineeringmechanical engineeringcombustion

Plasma Assisted Ignition Below Self-Ignition Threshold in Hydrogen, Hydrogen-Co and Hydrocarbon-Air Mixtures. Bulletin of the American Physical Society (2010)

Liang WuJamie LaneNicholas CernanskyDavid MillerAlexander FridmanAndrey Starikovskiy

hydrocarbon-air mixturesapplied physicsself-ignition thresholdhydrogencombustion

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5
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Yuhao Xu

Institution

Clemson University

combustion engineering

heat transfer

Nicholas P. Cernansky

Institution

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combustion engineering

combustion process

David Blunck

Institution

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wildfire smoke

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Patrick T. Lynch

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Institution

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aerospace

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Richard Yetter

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Jyh-Yuan Chen

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combustion science

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University of Alabama

fluid flow

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University of Virginia

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