Faculty

Institution

Unit

Venue

Richard Yetter

Professor Mechanical Engineering

Pennsylvania State University

Affiliations

Penn State College of Engineering

Mechanical Engineering

Richard Yetter is currently serving as a Mechanical Engineering Professor Mechanical Engineering at Pennsylvania State University.

Honors

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Experiences

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Education

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Richard Yetter

Pennsylvania State University

Professor Mechanical Engineering

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materials science combustion combustion science chemical engineering applied physics combustion engineering engineering nanotechnology chemical kinetics propulsion materials engineering combustion institute thermal engineering nanomaterials fuel science aeronautics aerospace technology advanced materials physical chemistry energetic materials kinetic modeling flow reactor studies advanced energy material energy chemistry composite science energy engineering combustion flame engine research nanoscale science hydrogen peroxide numerical simulations material chemistry fire chemistry combustion theory carbon-based materials liquid water flame propagation nanoparticle research plasma chemistry fire technology nanostructure synthesis kinetics (physics) colloid chemistry catalytic process ceramic technology micro technology moist co oxidation nitrous oxide plasma-assisted oxidation kinetic model electronic materials colloidal systems colloidal materials power generation detonation phenomenon fragmentation effect chemical thermodynamics thermal transport micromechanics premixed turbulent flame laminar flame computational models mathematical models catalytic materials particle size molecular dynamics simulations thermal source high pressure functionalized graphene sheets asymmetric whirl combustion nanoaluminum-water mixtures chemical sciences functional nanomaterials particle technology catalyst preparation nanocomposites energy systems complex flows mechanical engineering aerospace propulsion rocket engine

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chemical Kinetics. Springer eBooks (2023)

Michael MosherPaul Kelter

Experimental Investigation of Aluminum-Air Burning Velocity at Elevated Pressure. Combustion and Flame (2023)

G. FosterN.J. KempemaJ.E. BoyerJ.R. HarrisR.A. Yetter

elevated pressurealuminum-air burning velocitycombustion engineeringcombustion scienceexperimental analysiscombustionmaterials scienceexperimental investigation

High‐Pressure Combustion Studies of Energetic Materials. (2023)

Richard A. YetterEric Boyer

combustionmaterials sciencehigh-pressure combustion studies

Boron-Based Composite Energetic Materials (B-Cems): Preparation, Combustion and Applications. Progress in Energy and Combustion Science (2022)

Wei-Qiang PangRichard A. YetterLuigi T. DeLucaVladimir ZarkoAlon GanyXiao-Hong Zhang

combustioncombustion sciencematerials science

Effect of Piezoelectricity on the Reactivity of Nanoaluminum P(Vdf-Trfe) Energetic Composites. International Journal of Energetic Materials and Chemical Propulsion (2022)

David L. DrewniakEdward LiYao ZhouJohn B. BoerchersJ. Eric BoyerQing WangRichard A. Yetter

nanomaterialspiezoelectricitymaterials engineeringadvanced materialsengineeringnanotechnologyapplied physicsmaterials scienceenergetic composites

Mechanistic Study of Chemical Looping Reactions Between Solid Carbon Fuels and Cuo. Combustion and Flame (2022)

Wenbo ZhuRichard A. YetterJ. Eric BoyerAdri C.T. van Duin

mechanistic studychemical engineeringchemical loopingfuel sciencesolid carbon fuelscombustion

Development and Testing of Liquid Simulants. Journal of Propulsion and Power (2021)

Matthew G. LittlerGrant A. RishaJeffrey D. MooreRichard A. YetterJ. Eric Boyer

propulsionliquid simulantsengineeringmaterials science

Experimental and Numerical Investigation of High-Pressure Nitromethane Combustion. Proceedings of the Combustion Institute (2021)

G. DerkE. BoyerG.A. RishaR.A. YetterR.R. DobbinsM.D. Smooke

numerical experimentnumerical investigationlaboratory investigationhigh-pressure nitromethane combustioncombustion sciencecombustion institutecombustionmaterials science

Diffusion Flame Studies of Solid Fuels With Nitrous Oxide. International Journal of Energetic Materials and Chemical Propulsion (2020)

Paige K. NardozzoTerrence L. Connell, Jr.J. Eric BoyerRichard A. YetterGregory Young

chemical engineeringfuel sciencecombustion engineeringdiffusion flame studiescombustion sciencenitrous oxidecombustionsolid fuelsenergy engineeringmaterials science

Enhanced Fuel Decomposition in the Presence of Colloidal Functionalized Graphene Sheet-Supported Platinum Nanoparticles. ACS Applied Energy Materials (2020)

Hyung Sub SimRichard A. YetterSungwook HongAdri C. T. van DuinDaniel M. DabbsIlhan A. Aksay

thermal engineeringenergy materialsnanotechnologyengineeringnanoparticle researchenergy engineeringcolloid chemistrymaterials engineeringadvanced materialsnanoengineeringcombustion sciencefuel decompositionnanomaterialsenergy researchcolloidal systemscolloidal materialsadvanced energy materialapplied physicsmaterials science

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Richard Yetter

Professor Mechanical Engineering

Pennsylvania State University

Affiliations

Penn State College of Engineering

Mechanical Engineering

Richard Yetter is currently serving as a Mechanical Engineering Professor Mechanical Engineering at Pennsylvania State 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

Richard Yetter

Pennsylvania State University

Professor Mechanical Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Chemical Kinetics. Springer eBooks (2023)

Michael MosherPaul Kelter

Experimental Investigation of Aluminum-Air Burning Velocity at Elevated Pressure. Combustion and Flame (2023)

G. FosterN.J. KempemaJ.E. BoyerJ.R. HarrisR.A. Yetter

elevated pressurealuminum-air burning velocitycombustion engineeringcombustion scienceexperimental analysiscombustionmaterials scienceexperimental investigation

High‐Pressure Combustion Studies of Energetic Materials. (2023)

Richard A. YetterEric Boyer

combustionmaterials sciencehigh-pressure combustion studies

Boron-Based Composite Energetic Materials (B-Cems): Preparation, Combustion and Applications. Progress in Energy and Combustion Science (2022)

Wei-Qiang PangRichard A. YetterLuigi T. DeLucaVladimir ZarkoAlon GanyXiao-Hong Zhang

combustioncombustion sciencematerials science

Effect of Piezoelectricity on the Reactivity of Nanoaluminum P(Vdf-Trfe) Energetic Composites. International Journal of Energetic Materials and Chemical Propulsion (2022)

David L. DrewniakEdward LiYao ZhouJohn B. BoerchersJ. Eric BoyerQing WangRichard A. Yetter

nanomaterialspiezoelectricitymaterials engineeringadvanced materialsengineeringnanotechnologyapplied physicsmaterials scienceenergetic composites

Mechanistic Study of Chemical Looping Reactions Between Solid Carbon Fuels and Cuo. Combustion and Flame (2022)

Wenbo ZhuRichard A. YetterJ. Eric BoyerAdri C.T. van Duin

mechanistic studychemical engineeringchemical loopingfuel sciencesolid carbon fuelscombustion

Development and Testing of Liquid Simulants. Journal of Propulsion and Power (2021)

Matthew G. LittlerGrant A. RishaJeffrey D. MooreRichard A. YetterJ. Eric Boyer

propulsionliquid simulantsengineeringmaterials science

Experimental and Numerical Investigation of High-Pressure Nitromethane Combustion. Proceedings of the Combustion Institute (2021)

G. DerkE. BoyerG.A. RishaR.A. YetterR.R. DobbinsM.D. Smooke

numerical experimentnumerical investigationlaboratory investigationhigh-pressure nitromethane combustioncombustion sciencecombustion institutecombustionmaterials science

Diffusion Flame Studies of Solid Fuels With Nitrous Oxide. International Journal of Energetic Materials and Chemical Propulsion (2020)

Paige K. NardozzoTerrence L. Connell, Jr.J. Eric BoyerRichard A. YetterGregory Young

chemical engineeringfuel sciencecombustion engineeringdiffusion flame studiescombustion sciencenitrous oxidecombustionsolid fuelsenergy engineeringmaterials science

Enhanced Fuel Decomposition in the Presence of Colloidal Functionalized Graphene Sheet-Supported Platinum Nanoparticles. ACS Applied Energy Materials (2020)

Hyung Sub SimRichard A. YetterSungwook HongAdri C. T. van DuinDaniel M. DabbsIlhan A. Aksay

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5
23
10 / page

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Institution

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fire chemistry

combustion

Yuan Xuan

Institution

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fluid flow

combustion

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Institution

Northeastern University

combustion engineering

fire extinction

Chih-Jen Sung

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mechanical systems

aerospace

Fokion Egolfopoulos

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University of Southern California

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Alexander Mukasyan

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University of Notre Dame

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