Faculty

Institution

Unit

Venue

Graham B. Wallis

Sherman Fairchild Professor of Engineering Emeritus

Dartmouth College

Affiliations

Faculty of Arts and Sciences

Department of Engineering Sciences—Thayer School of Engineering

Graham B. Wallis is currently serving as an Engineering Sciences—Thayer School Of Engineering Sherman Fairchild Professor of Engineering Emeritus at Dartmouth College.

Honors

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Experiences

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Education

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Graham B. Wallis

Dartmouth College

Sherman Fairchild Professor of Engineering Emeritus

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fluid dynamics multiphase flows fluid mechanics engineering applied physics fluid flow environmental engineering thermal engineering numerical simulations chemical engineering heat transfer transport phenomena reliability engineering computational fluid dynamics nuclear engineering flow physics potential flow reliability friction particle-laden flows annular two-phase flow inertial coupling two-phase flow rheology fluid science system safety gas-liquid flow dispersion polarization imaging uncertainty analysis hydraulic research tribology nuclear safety hydraulic engineering hydraulics hydrodynamic stability reliability prediction gas discharge plasma system reliability unsteady flows computer codes macroscopic properties two-phase dispersion coastal research mathematical optimization fuzzy sets software analysis statistical methodology machine learning research bubble dynamics theoretical modeling oscillation theory randomized algorithms probabilistic programming probabilistic analysis probabilistic verification estimation statistic estimation theory reliability modelling safety evaluation mixture analysis chaotic mixing wave propagation polar design disperse flow multiscale hydrodynamics convective heat transfer critical two-phase flow single drops infinite medium terminal speed simple theory hanging film phenomenon inviscid fluid parallel vertical tubes countercurrent gas-liquid flow energy transformation energy conversion

Notable Scholarly Works

Notable Federal Grants

Collaborators

Uncertainties and Probabilities in Nuclear Reactor Regulation. Nuclear Engineering and Design (2007)

Graham B. Wallis

applied probabilitysystems engineeringnuclear engineeringuncertainty analysisnuclear reactor regulationuncertainty quantificationprobability theory

Reply to M. Makai's Comments on My Paper “Evaluating the Probability That the Output From a Computer Code With Random Inputs Will Meet a Set of Evaluation Criteria” [Reliab Eng Syst Saf 2006; 91: 820–27]. Reliability Engineering & System Safety (2006)

Graham B. Wallis

system reliabilityevaluation criteriaengineeringcomputer codeprobability theorysystem safetyrandom inputsreliability engineeringreliability

Evaluating the Probability That the Outputs of a Computer Code With Random Inputs Will Meet a Set of Evaluation Criteria. Reliability Engineering & System Safety (2005)

Graham B. Wallis

mathematical optimizationcomputer engineeringfuzzy setsrandomized algorithmsrandom inputscomputer codeprogram evaluationcomputer scienceapplied probabilityprobability theorystatisticssoftware analysisprobabilistic programmingprobabilistic analysisevaluation criteriareliability engineeringprogram analysisreliability predictionsystem safetyprobabilistic verificationreliability

Reply to “Comments on ‘Evaluation of Nuclear Safety From the Outputs of Computer Codes in the Presence of Uncertainties’ by W.T. Nutt and G.B. Wallis,” by Y. Orechwa. Reliability Engineering & System Safety (2004)

Graham B. WallisWilliam T. Nutt

systems engineeringnuclear safetycomputer codesreliabilityreliability engineeringsafety evaluation

Contribution to the Paper ‘Statistical Aspects of Best Estimate Method-1’ by Attila Guba, Mihakly Makai, Lenard Pal. Reliability Engineering & System Safety (2003)

Graham B Wallis

attila gubaestimation statisticlenard palsystems engineeringstatistical inferencestatisticsstatistical methodologyperformance evaluationestimation theoryapplied statisticsreliability engineeringbiostatisticssystem reliabilityreliability modellingstatistical theoryreliability predictionmachine learning researchsystem safetyreliability

Evaluation of Nuclear Safety From the Outputs of Computer Codes in the Presence of Uncertainties. Reliability Engineering & System Safety (2003)

William T. NuttGraham B. Wallis

computer sciencenuclear safetyuncertainty analysiscomputer codesuncertainty quantificationreliability engineering

Two-Phase Potential Flow. Final Report. (1999)

G.B. Wallis

two-phase potential flowmultiphase flows

Measurements of the Drift Force. Nuclear Engineering and Design (1997)

J RifeJ HeY SongG.B Wallis

nuclear engineeringmeasurementengineeringfluid dynamicsdrift forceapplied physics

Polarization of Rectangular Arrays of Spheres in a Potential Flow. Chemical Engineering Communications (1996)

G. B. WALLISC. LUOM. McDONALD

polarization imagingrectangular arrayschemical engineeringengineeringpotential flowfluid mechanicsmaterials science

Polarization of an Object in a Potential Flow: Some Theorems and Applications to Ellipsoids. Elsevier eBooks (1995)

G.B. Wallis

polarization imagingnumerical simulationselliptic equationsfluid flowfluid dynamicspotential flowfluid mechanicsoptimal transportdifferential equationsapplied physicsapplied mathematics

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Graham B. Wallis

Sherman Fairchild Professor of Engineering Emeritus

Dartmouth College

Affiliations

Faculty of Arts and Sciences

Department of Engineering Sciences—Thayer School of Engineering

Graham B. Wallis is currently serving as an Engineering Sciences—Thayer School Of Engineering Sherman Fairchild Professor of Engineering Emeritus at Dartmouth College.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Graham B. Wallis

Dartmouth College

Sherman Fairchild Professor of Engineering Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Uncertainties and Probabilities in Nuclear Reactor Regulation. Nuclear Engineering and Design (2007)

Graham B. Wallis

applied probabilitysystems engineeringnuclear engineeringuncertainty analysisnuclear reactor regulationuncertainty quantificationprobability theory

Graham B. Wallis

system reliabilityevaluation criteriaengineeringcomputer codeprobability theorysystem safetyrandom inputsreliability engineeringreliability

Evaluating the Probability That the Outputs of a Computer Code With Random Inputs Will Meet a Set of Evaluation Criteria. Reliability Engineering & System Safety (2005)

Graham B. Wallis

Graham B. WallisWilliam T. Nutt

systems engineeringnuclear safetycomputer codesreliabilityreliability engineeringsafety evaluation

Contribution to the Paper ‘Statistical Aspects of Best Estimate Method-1’ by Attila Guba, Mihakly Makai, Lenard Pal. Reliability Engineering & System Safety (2003)

Graham B Wallis

Evaluation of Nuclear Safety From the Outputs of Computer Codes in the Presence of Uncertainties. Reliability Engineering & System Safety (2003)

William T. NuttGraham B. Wallis

computer sciencenuclear safetyuncertainty analysiscomputer codesuncertainty quantificationreliability engineering

Two-Phase Potential Flow. Final Report. (1999)

G.B. Wallis

two-phase potential flowmultiphase flows

Measurements of the Drift Force. Nuclear Engineering and Design (1997)

J RifeJ HeY SongG.B Wallis

nuclear engineeringmeasurementengineeringfluid dynamicsdrift forceapplied physics

Polarization of Rectangular Arrays of Spheres in a Potential Flow. Chemical Engineering Communications (1996)

G. B. WALLISC. LUOM. McDONALD

polarization imagingrectangular arrayschemical engineeringengineeringpotential flowfluid mechanicsmaterials science

Polarization of an Object in a Potential Flow: Some Theorems and Applications to Ellipsoids. Elsevier eBooks (1995)

G.B. Wallis

polarization imagingnumerical simulationselliptic equationsfluid flowfluid dynamicspotential flowfluid mechanicsoptimal transportdifferential equationsapplied physicsapplied mathematics

1
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3
4
5
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7
10 / page

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Similar Faculty Members

Shankar Narayan

Institution

Rensselaer Polytechnic Institute

thermal transport

energy conversion

Charlie S Campbell

Institution

University of Southern California

fluid flow

slurry flows

Satwindar Singh Sadhal

Institution

University of Southern California

fluid flow

ocular fluid dynamics

Ashok S. Sangani

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Syracuse University

process engineering

dispersion science

Andreas Acrivos

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Stanford University

heat mass transfer

engineering

John Tichy

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mechanical engineering

non-newtonian flow

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University of Illinois Urbana-Champaign

engineering

material flow

Joe Goddard

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University of California, San Diego

fluid flow

viscoplastic fluid

Kyle C Smith

Institution

University of Illinois Urbana-Champaign

environmental engineering

electrochemical deionization

Moshe Matalon

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engineering

gas-liquid flow