Faculty

Institution

Unit

Venue

Chiang Mei

Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Chiang Mei is currently serving as a Mechanical Engineering Professor Emeritus at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Chiang Mei

Massachusetts Institute of Technology

Professor Emeritus

You can click a keyword to filter the displayed items

applied physics fluid mechanics fluid dynamics oceanography engineering marine engineering hydraulics environmental engineering coastal engineering ocean engineering physics wave motion physical oceanography marine hydrodynamics hydrology wave theory climate change ocean sciences wave propagation water waves wave scattering coastal research geophysics geophysical research mechanics operational oceanography harbor engineering long waves acoustical oceanography bragg scattering shallow water wave power extraction thermal engineering oceanic science hydraulic engineering numerical study engineering science water science marine geology fluid flow boundary layers surface waves oceanographic research acoustical engineering homogenization theory hybrid element method mass transport nonlinear phenomena landslides surface water ocean technology elasticity (physics) coastal geomorphology dispersion uneven bottom slow spreading shallow channel porous media wave-power extraction periodic ripples vertical cylinders dispersion science fluid science mechanical science homogenization (chemistry) sedimentation oscillation theory structural analysis nonlinear resonance ship maneuvering porous body multiscale mechanic marine ecology membrane transport applied geophysics beach management

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Study on Synergistic Treatment of Dredged Sludge With Cement-Waste Concrete Fine Aggregate. Construction & building materials (2023)

Xiaoya BianChaoshen MeiLin WuZhekun Zhao

materials engineeringbuilding engineeringconstruction technologyconstruction engineeringengineeringbuilding technologycivil engineeringconstruction managementsynergistic treatmentenvironmental engineeringconcrete technologyexperimental study

Anchoring and Migration of Balloon in Reboa. Journal of Fluid Mechanics (2021)

C.C. MeiY.L. LiS. MicheleP. SammarcoP.B. McBeth

hydraulicsfluid mechanicsmarine hydrodynamicscivil engineering

Effect of Flexible Coastal Vegetation on Waves in Water of Intermediate Depth. Coastal Engineering (2021)

Jie HuChiang C. MeiChe-Wei ChangPhilip L-F. Liu

marine engineeringwave motionengineeringflexible coastal vegetationcoastal engineeringenvironmental engineeringintermediate depth

Tidal Diffraction by a Small Island or Cape, and Tidal Power From a Coastal Barrier. Journal of Fluid Mechanics (2020)

Chiang C. Mei

ocean sciencesfluid flowenvironmental sciencetidal diffractionfluid mechanicsocean engineeringoceanographymarine engineeringcoastal barrierhydrodynamic stabilitysediment transportearth sciencecoastal engineeringcoastal researchtidal powercoastal processfluid dynamicssmall islandenvironmental engineeringbeach dynamicsmarine hydrodynamics

Asymptotic Analysis of Dispersive Tsunami From a Slender Fault. Journal of Hydrodynamics (2019)

Yile LiChiang C. MeiI-Chi Chan

asymptotic analysisdispersive tsunamifluid dynamicsslender faultplanetary sciencesmarine hydrodynamics

Liquid Film on a Hydrophobic Radome or Roof Top in Rain. Journal of Fluid Mechanics (2019)

Xiaoyu GuoChiang C. Mei

hydrophobic radomehydraulicsfluid mechanicsenvironmental engineeringliquid film

Effects of Thin Plaque on Blood Hammer—an Asymptotic Theory. European Journal of Mechanics - B/Fluids (2018)

Chiang C. MeiHaixiao Jing

thin plaquefluid dynamicsmechanical engineeringrheologymechanical sciencefluid mechanicsapplied physicsasymptotic theoryapplied mathematicsblood hammer

Fluid Mechanics of Windkessel Effect. Medical & Biological Engineering & Computing (2018)

C. C. MeiJ. ZhangH. X. Jing

biomedical engineeringfluid mechanicswindkessel effect

Numerical Study of Laminar Boundary-Layer Flows Over a Superhydrophobic Plate. Physics of Fluids (2018)

C. C. MeiX. Y. Guo

numerical studyboundary layersphysicslaminar boundary-layerfluid dynamicssuperhydrophobic platefluid mechanicsapplied physics

Modeling Transient Long Waves Propagating Through a Heterogeneous Coastal Forest of Arbitrary Shape. Coastal Engineering (2017)

Che-Wei ChangPhilip L.-F. LiuChiang C. MeiMaria Maza

wave propagationmarine engineeringarbitrary shapewave theorycoastal engineeringheterogeneous coastal foresttransient long wavesenvironmental engineeringapplied physicsenvironmental modellingapplied mathematics

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Chiang Mei

Professor Emeritus

Massachusetts Institute of Technology

Affiliations

School of Engineering

Mechanical Engineering

Chiang Mei is currently serving as a Mechanical Engineering Professor Emeritus at Massachusetts Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Chiang Mei

Massachusetts Institute of Technology

Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Experimental Study on Synergistic Treatment of Dredged Sludge With Cement-Waste Concrete Fine Aggregate. Construction & building materials (2023)

Xiaoya BianChaoshen MeiLin WuZhekun Zhao

Anchoring and Migration of Balloon in Reboa. Journal of Fluid Mechanics (2021)

C.C. MeiY.L. LiS. MicheleP. SammarcoP.B. McBeth

hydraulicsfluid mechanicsmarine hydrodynamicscivil engineering

Effect of Flexible Coastal Vegetation on Waves in Water of Intermediate Depth. Coastal Engineering (2021)

Jie HuChiang C. MeiChe-Wei ChangPhilip L-F. Liu

marine engineeringwave motionengineeringflexible coastal vegetationcoastal engineeringenvironmental engineeringintermediate depth

Tidal Diffraction by a Small Island or Cape, and Tidal Power From a Coastal Barrier. Journal of Fluid Mechanics (2020)

Chiang C. Mei

Asymptotic Analysis of Dispersive Tsunami From a Slender Fault. Journal of Hydrodynamics (2019)

Yile LiChiang C. MeiI-Chi Chan

asymptotic analysisdispersive tsunamifluid dynamicsslender faultplanetary sciencesmarine hydrodynamics

Liquid Film on a Hydrophobic Radome or Roof Top in Rain. Journal of Fluid Mechanics (2019)

Xiaoyu GuoChiang C. Mei

hydrophobic radomehydraulicsfluid mechanicsenvironmental engineeringliquid film

Effects of Thin Plaque on Blood Hammer—an Asymptotic Theory. European Journal of Mechanics - B/Fluids (2018)

Chiang C. MeiHaixiao Jing

thin plaquefluid dynamicsmechanical engineeringrheologymechanical sciencefluid mechanicsapplied physicsasymptotic theoryapplied mathematicsblood hammer

Fluid Mechanics of Windkessel Effect. Medical & Biological Engineering & Computing (2018)

C. C. MeiJ. ZhangH. X. Jing

biomedical engineeringfluid mechanicswindkessel effect

Numerical Study of Laminar Boundary-Layer Flows Over a Superhydrophobic Plate. Physics of Fluids (2018)

C. C. MeiX. Y. Guo

numerical studyboundary layersphysicslaminar boundary-layerfluid dynamicssuperhydrophobic platefluid mechanicsapplied physics

Modeling Transient Long Waves Propagating Through a Heterogeneous Coastal Forest of Arbitrary Shape. Coastal Engineering (2017)

Che-Wei ChangPhilip L.-F. LiuChiang C. MeiMaria Maza

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Similar Faculty Members

Robert Dalrymple

Institution

Northwestern University

coastal engineering

engineering

Douglas J. Jerolmack

Institution

University of Pennsylvania

sediment research

geomorphology

Robert Dalrymple

Institution

Johns Hopkins University

coastal engineering

engineering

Robert Street

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Stanford University

geophysical flow

ocean engineering

Eckart Meiburg

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University of California, Santa Barbara

fluid mechanics

fluid dynamics

Heidi Nepf

Institution

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environmental science

ecology

Clint N. Dawson

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scientific computing

parallel computing

James Kirby

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University of Delaware

ocean engineering

oceanography

Ruben Juanes

Institution

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materials science

applied physics

Patrick Joseph Lynett

Institution

University of Southern California

field observations

geography