Faculty

Institution

Unit

Venue

Pete J. Diamessis

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

Pete J. Diamessis is currently serving as a College Of Engineering Professor at Cornell 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

Pete J. Diamessis

Cornell University

Professor

You can click a keyword to filter the displayed items

fluid dynamics wave nonlinearity fluid mechanics fluid flow ocean internal wave turbulence modeling computational fluid dynamics applied mathematics numerical simulations wave motion environmental fluid mechanics nonlinear phenomena unsteady flows aerospace engineering wave propagation numerical analysis hydrodynamic stability physics ocean sciences turbulent flow heat transfer geophysical flows oceanography boundary value problems nonlinear science wave theory partial differential equations engineering ocean modelling boundary layers vortex dynamics internal solitary wave numerical modeling (geology) numerical method for partial differential equation nonlinear wave propagation numerical algorithms marine hydrodynamics physical oceanography numerical mathematics geophysical research incompressible flow gentle slopes bottom boundary layer scientific computing surface waves internal gravity internal solitary waves marine geology method of fundamental solution finite element methods flow physics boundary element methods buoyancy frequency vortex induced vibration environmental fluid dynamics complex fluids fluid science porous materials porous body multiphysics problems vorticity structure vorticity ω high reynolds number compressible flows pore structure nanoporous materials mass transfer porosity mechanical modeling material nonlinearities shallow water global instability similarity scaling internal gravity wave vortex shedding boundary-layer-separation-driven vortex near-bed reynolds stress network science computational infrastructure

Notable Scholarly Works

Notable Federal Grants

Collaborators

Formation and Evolution of Turbulence in Convectively Unstable Internal Solitary Waves of Depression Shoaling Over Gentle Slopes in the South China Sea. Journal of Physical Oceanography (2025)

Bolioudakis, TilemachosDiamantopoulos, TheodorosDiamessis, Peter J.Lien, Ren-ChiehLamb, Kevin G.Rivera-Rosario, GustavoThomsen, Greg N.

ocean internal waveoceanographyearth scienceenvironmental fluid mechanicsphysical oceanographygeophysicsocean scienceswave evolutionwave nonlinearityocean modellingturbulence formationgentle slopes

A Robust Numerical Method for the Generation and Propagation of Periodic Finite-Amplitude Internal Waves in Natural Waters Using High-Accuracy Simulations. Nonlinear processes in geophysics (2024)

Pierre LloretPeter J. DiamessisMarek StastnaGreg N. Thomsen

ocean internal wavewave propagationrobust numerical methodwave motionrobust generationwave propagation pathocean sciencesfluid dynamicsnumerical analysiswave nonlinearityocean modellingcomputational fluid dynamicsocean engineering

A Robust Numerical Method for the Generation and Simulation of Periodic Finite-Amplitude Internal Waves in Natural Waters. (2024)

Pierre LloretPeter J. DiamessisMarek StastnaGreg N. Thomsen

ocean internal wavewave propagationoceanographynumerical modeling (geology)wave motionrobust numerical methodrobust generationocean sciencesfluid dynamicsnumerical analysiswave nonlinearitynonlinear stratificationocean modellingfluid mechanicsocean engineeringapplied mathematics

Comment on Egusphere-2024-1121. (2024)

Lloret, PierreDiamessis, Peter J.Stastna, MarekThomsen, Greg N.

numerical simulationsrobust generationfluid flowwave nonlinearityfluid mechanicsocean engineeringpartial differential equationswave motionengineeringboundary value problemswave propagation pathnumerical analysisnonlinear stratificationocean internal wavewave propagationwave theoryfluid dynamicscomputational fluid dynamicsapplied mathematics

A High Accuracy/Resolution Spectral Element/Fourier–Galerkin Method for the Simulation of Shoaling Non-Linear Internal Waves and Turbulence in Long Domains With Variable Bathymetry. Ocean Modelling (2022)

Theodoros DiamantopoulosSumedh M. JoshiGreg N. ThomsenGustavo Rivera-RosarioPeter J. DiamessisKristopher L. Rowe

computational engineeringnonlinear phenomenawave propagationhigh accuracy/resolutionvariable bathymetrynumerical simulationsnon-linear internal wavesnonlinear wave propagationnumerical method for partial differential equationengineeringnumerical analysiswave nonlinearitypartial differential equationsapplied mathematics

Near-Bottom Instabilities Under Fully Nonlinear Waves of Depression. CRC Press eBooks (2022)

T. StefanakisP.J. Diamessis

nonlinear phenomenaocean internal wavewave propagationnear-bottom instabilitieswave motionboundary layersbottom boundary layerphysicsocean sciencesfluid dynamicsfluid flowwave nonlinearitycomputational fluid dynamicsocean modellingfluid mechanicsnonlinear waves

Sensitivity of Mitgcm to Different Model Parameters in Application to Cayuga Lake. CRC Press eBooks (2022)

A. DorostkarL. BoegmanP.J. DiamessisA. Pollard

hydrological processnumerical modeling (geology)earth scienceenvironmental fluid mechanicsnumerical simulationsvertical stratificationgeoscientific model developmentearth system sciencedifferent model parameterscayuga lakeclimate modelsgeographygeophysical flowsclimate modellingclimatologyenvironmental modellinghydrologyhydrological modeling

Three-Dimensional Perspective on a Convective Instability and Transition to Turbulence in an Internal Solitary Wave of Depression Shoaling Over Gentle Slopes. Environmental Fluid Mechanics (2022)

Gustavo Rivera-RosarioPeter J. DiamessisRen-Chieh LienKevin G. LambGreg N. Thomsen

nonlinear phenomenaocean internal wavewave propagationwave motionnonlinear sciencefluid dynamicsinternal solitary wavewave nonlinearitygentle slopesthree-dimensional perspective

Vertical Transport in High Reynolds Number Stratified Turbulent Wakes. CRC Press eBooks (2022)

P.J. Diamessis

transport phenomenaearth scienceenvironmental fluid mechanicsunsteady flowsturbulence modelingfluid flowfluid dynamicsvertical fluxescomputational fluid dynamicsturbulent flow heat transferhigh reynolds numberfluid mechanicsgeophysical flowsturbulent momentumaerospace engineering

Comment on Npg-2021-29. (2021)

Peter Diamessis

ocean scienceswave nonlinearitygeographyocean engineeringoceanographymarine engineeringtidal envelopeocean modellingmarine geologyearth sciencephysical oceanographyoperational oceanographykinetic energy fluxcoastal engineeringcoastal researchgeodynamicswave dispersionocean internal wavegeophysicscomplex sea state

1
2
3
4
5
12
10 / page

Pete J. Diamessis

Professor

Cornell University

Affiliations

College of Engineering

School of Civil and Environmental Engineering

Pete J. Diamessis is currently serving as a College Of Engineering Professor at Cornell 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

Pete J. Diamessis

Cornell University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Formation and Evolution of Turbulence in Convectively Unstable Internal Solitary Waves of Depression Shoaling Over Gentle Slopes in the South China Sea. Journal of Physical Oceanography (2025)

Bolioudakis, TilemachosDiamantopoulos, TheodorosDiamessis, Peter J.Lien, Ren-ChiehLamb, Kevin G.Rivera-Rosario, GustavoThomsen, Greg N.

ocean internal waveoceanographyearth scienceenvironmental fluid mechanicsphysical oceanographygeophysicsocean scienceswave evolutionwave nonlinearityocean modellingturbulence formationgentle slopes

A Robust Numerical Method for the Generation and Propagation of Periodic Finite-Amplitude Internal Waves in Natural Waters Using High-Accuracy Simulations. Nonlinear processes in geophysics (2024)

Pierre LloretPeter J. DiamessisMarek StastnaGreg N. Thomsen

A Robust Numerical Method for the Generation and Simulation of Periodic Finite-Amplitude Internal Waves in Natural Waters. (2024)

Pierre LloretPeter J. DiamessisMarek StastnaGreg N. Thomsen

Comment on Egusphere-2024-1121. (2024)

Lloret, PierreDiamessis, Peter J.Stastna, MarekThomsen, Greg N.

Theodoros DiamantopoulosSumedh M. JoshiGreg N. ThomsenGustavo Rivera-RosarioPeter J. DiamessisKristopher L. Rowe

Near-Bottom Instabilities Under Fully Nonlinear Waves of Depression. CRC Press eBooks (2022)

T. StefanakisP.J. Diamessis

Sensitivity of Mitgcm to Different Model Parameters in Application to Cayuga Lake. CRC Press eBooks (2022)

A. DorostkarL. BoegmanP.J. DiamessisA. Pollard

Three-Dimensional Perspective on a Convective Instability and Transition to Turbulence in an Internal Solitary Wave of Depression Shoaling Over Gentle Slopes. Environmental Fluid Mechanics (2022)

Gustavo Rivera-RosarioPeter J. DiamessisRen-Chieh LienKevin G. LambGreg N. Thomsen

nonlinear phenomenaocean internal wavewave propagationwave motionnonlinear sciencefluid dynamicsinternal solitary wavewave nonlinearitygentle slopesthree-dimensional perspective

Vertical Transport in High Reynolds Number Stratified Turbulent Wakes. CRC Press eBooks (2022)

P.J. Diamessis

Comment on Npg-2021-29. (2021)

Peter Diamessis

1
2
3
4
5
12
10 / page

Similar Faculty Members

Larry G Redekopp

Institution

University of Southern California

nonlinear waves

wave theory

Onkar Sahni

Institution

Rensselaer Polytechnic Institute

parallel computing

computational mechanics

Olivier Desjardins

Institution

Cornell University

thermodynamic equilibrium

gas turbine combustion

Julian A. Domaradzki

Institution

University of Southern California

turbulence modeling

environmental fluid dynamic

Yuri Lvov

Institution

Rensselaer Polytechnic Institute

rogue wave

physics

Jeffrey W Jacobs

Institution

University of Arizona

unsteady flow

engineering

R. Panneer Selvam

Institution

University of Arkansas

civil engineering

structural analysis

Robert Hudspeth

Institution

Oregon State University

geomechanics

parameter identification

Tristan Buckmaster

Institution

New York University

hydrodynamic stability

fluid equations

Juan Restrepo

Institution

Oregon State University

applied mathematical modelling

quantitative science study

Similar Faculty Members

Larry G Redekopp

Institution

University of Southern California

nonlinear waves

wave theory

Onkar Sahni

Institution

Rensselaer Polytechnic Institute

parallel computing

computational mechanics

Olivier Desjardins

Institution

Cornell University

thermodynamic equilibrium

gas turbine combustion

Julian A. Domaradzki

Institution

University of Southern California

turbulence modeling

environmental fluid dynamic

Yuri Lvov

Institution

Rensselaer Polytechnic Institute

rogue wave

physics

Jeffrey W Jacobs

Institution

University of Arizona

unsteady flow

engineering

R. Panneer Selvam

Institution

University of Arkansas

civil engineering

structural analysis

Robert Hudspeth

Institution

Oregon State University

geomechanics

parameter identification

Tristan Buckmaster

Institution

New York University

hydrodynamic stability

fluid equations

Juan Restrepo

Institution

Oregon State University

applied mathematical modelling

quantitative science study