Faculty

Institution

Unit

Venue

David Newman

Professor of physics

University of Alaska Fairbanks

Affiliations

College of Natural Science and Mathematics

Physics Department

David Newman is currently serving as a College Of Natural Science And Mathematics Professor of physics at University of Alaska Fairbanks.

Honors

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Experiences

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Education

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David Newman

University of Alaska Fairbanks

Professor of physics

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systems engineering electrical engineering engineering reliability engineering power system analysis power system reliability statistics electric power systems system science chaos theory power engineering applied probability probability theory applied statistics engineering science system safety energy research energy conversion scientific computing space weather power system protection power efficiency system reliability system performance analysis blackout risk opa model information science reliability wind power time series distributed systems infrastructure engineering nonlinear science hydrogen energy computational physics electrical transmission data validation verification and validation software validation method validation fault estimation electric power transmission transmission line mesh networks transmission system grid stability network robustness energy environment hydropower land economics energy resources theory building resource efficiency climate change mitigation system management climate modelling fundamental physics parallel processing massively-parallel computing complex systems analysis cascading failure critical points loading-dependent model probabilistic cascading failure electric transmission network line outages standard utility data wecc data failure propagation event probability tree structures bus transmission network critical point

Notable Scholarly Works

Notable Federal Grants

Collaborators

A First Analysis of the Potential Impact of Climate Change on the Efficiency and Reliability of Solar and Hydro Energy Sources. Proceedings of the ... Annual Hawaii International Conference on System Sciences/Proceedings of the Annual Hawaii International Conference on System Sciences (2022)

David NewmanBenjamin CarrerasJose-Miguel ReynoldsU. S. BhattP. ColletD. Gomila

technologypotential impactreliability engineeringsystem reliabilitypower efficiencyenvironmental sciencehydro energy sourcesresource efficiencyfirst analysissustainable energyenergy researchclimate change mitigationhydrogen energyenergy conversionsystem sciencesystem performance analysissystems engineeringrenewable energyenergy efficiencyenergy systemsclimate change

The Potential Impact of Climate Change on the Efficiency and Reliability of Solar, Hydro, and Wind Energy Sources. Land (2022)

Uma S. BhattBenjamin A. CarrerasJosé Miguel Reynolds BarredoDavid E. NewmanPere ColletDamiá Gomila

systems engineeringrenewable energysolar powerenergy efficiencysustainable energyenergy environmenthydropowerenergy researchpower efficiencyland economicsenergy sourcesenergy conversionelectrical engineeringenergy resourcesclimate changeengineering

Characteristics and Risk of Microgrid Outages From a Complex Systems Point of View. Proceedings of the ... Annual Hawaii International Conference on System Sciences/Proceedings of the Annual Hawaii International Conference on System Sciences (2021)

Anna BowkerDavid NewmanBenjamin CarrerasDaisy HuangIan DobsonClay Koplin

systems engineeringrisk managementreliability engineeringsystem reliabilitysystems biologymicrogrid outagessystem sciencesystem performance analysispower system protectionenergy managementsystem managementsystem safety

Optimized Implementation of Power Dispatch in the Opa Model and Its Implications for Dispatch Sensitivity for the Wecc Power Network. Electric Power Systems Research (2020)

Jose M. Reynolds-BarredoDavid E. NewmanBenjamin A. Carreras

power dispatchwecc power networkdispatch sensitivityopa modeloptimized implementationelectrical engineeringenergy management

Critical Behavior of Power Transmission Network Complex Dynamics in the Opa Model. Chaos An Interdisciplinary Journal of Nonlinear Science (2019)

Benjamin A. CarrerasJosé M. Reynolds-BarredoIan DobsonDavid E. Newman

systems engineeringcomplex systemsnonlinear sciencechaos theoryopa modelelectrical engineeringcritical behavior

Foreword to Special Issue: Papers From the 60Th Annual Meeting of the Aps Division of Plasma Physics, November 5–9, 2018, Portland, or, USA. Physics of Plasmas (2019)

David NewmanArturo DominguezMichael Mauel

physicsspace scienceaps divisionspace weather

Validating the Opa Cascading Blackout Model on a 19402 Bus Transmission Network With Both Mesh and Tree Structures. Proceedings of the ... Annual Hawaii International Conference on System Sciences/Proceedings of the Annual Hawaii International Conference on System Sciences (2019)

Benjamin CarrerasJose Miguel Reynolds BarredoIan DobsonDavid E. Newman

power system analysiselectric power systemssystems engineeringcontrol systemselectric power transmissiondistributed systemstransmission linereliability engineeringtree structuresbus transmission networksystem sciencemesh networkselectrical engineeringtransmissionsystems modelingtransmission systemsystem safetyengineering

Fundamentals of Fractional Transport. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicsmaterials sciencefundamental physicsparticle physicsfractional transportcondensed matter physicsdiffusionfluid mechanicsapplied physics

Laboratory Fusion Plasmas: Dynamics of Near-Marginal Turbulent Radial Transport. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicslaboratory fusion plasmasfluid dynamics

Laboratory Plasmas: Dynamics of Transport Across Sheared Flows. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicslaboratory plasmasfluid dynamicstransport phenomenaapplied physics

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David Newman

Professor of physics

University of Alaska Fairbanks

Affiliations

College of Natural Science and Mathematics

Physics Department

David Newman is currently serving as a College Of Natural Science And Mathematics Professor of physics at University of Alaska Fairbanks.

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 Newman

University of Alaska Fairbanks

Professor of physics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

David NewmanBenjamin CarrerasJose-Miguel ReynoldsU. S. BhattP. ColletD. Gomila

The Potential Impact of Climate Change on the Efficiency and Reliability of Solar, Hydro, and Wind Energy Sources. Land (2022)

Uma S. BhattBenjamin A. CarrerasJosé Miguel Reynolds BarredoDavid E. NewmanPere ColletDamiá Gomila

Anna BowkerDavid NewmanBenjamin CarrerasDaisy HuangIan DobsonClay Koplin

Optimized Implementation of Power Dispatch in the Opa Model and Its Implications for Dispatch Sensitivity for the Wecc Power Network. Electric Power Systems Research (2020)

Jose M. Reynolds-BarredoDavid E. NewmanBenjamin A. Carreras

power dispatchwecc power networkdispatch sensitivityopa modeloptimized implementationelectrical engineeringenergy management

Critical Behavior of Power Transmission Network Complex Dynamics in the Opa Model. Chaos An Interdisciplinary Journal of Nonlinear Science (2019)

Benjamin A. CarrerasJosé M. Reynolds-BarredoIan DobsonDavid E. Newman

systems engineeringcomplex systemsnonlinear sciencechaos theoryopa modelelectrical engineeringcritical behavior

Foreword to Special Issue: Papers From the 60Th Annual Meeting of the Aps Division of Plasma Physics, November 5–9, 2018, Portland, or, USA. Physics of Plasmas (2019)

David NewmanArturo DominguezMichael Mauel

physicsspace scienceaps divisionspace weather

Benjamin CarrerasJose Miguel Reynolds BarredoIan DobsonDavid E. Newman

Fundamentals of Fractional Transport. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicsmaterials sciencefundamental physicsparticle physicsfractional transportcondensed matter physicsdiffusionfluid mechanicsapplied physics

Laboratory Fusion Plasmas: Dynamics of Near-Marginal Turbulent Radial Transport. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicslaboratory fusion plasmasfluid dynamics

Laboratory Plasmas: Dynamics of Transport Across Sheared Flows. Lecture notes in physics (2018)

Raúl SánchezDavid Newman

physicslaboratory plasmasfluid dynamicstransport phenomenaapplied physics

1
2
3
4
10 / page

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Similar Faculty Members

Alvin Bayliss

Institution

Northwestern University

applied mathematical modelling

scientific computing

Dennice F. Gayme

Institution

Johns Hopkins University

fluid dynamics

applied physics

John Robert Cary

Institution

University of Colorado Boulder

applied physics

particle physics

Charles Thompson

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computational modeling

engineering

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sequential decision making

uncertainty analysis

Oliver M. O'Reilly

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University of California, Berkeley

mechanical engineering

applied physics

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Michael Chertkov

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engineering

applied mathematical modelling

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systems modeling

wind power

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systems engineering

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