Particle-Laden Flows: Density Effects
ORAL · D3
Presentations
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Sedimentation of finite-size particles in quiescent and turbulent environments
ORAL
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Authors
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Luca Brandt
Linne FLOW Centre, KTH Mechanics, Stockholm, Sweden, KTH - Stockholm, Linne FLOW Center, KTH Mechanics
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Walter Fornari
Linne FLOW Centre, KTH Mechanics, Stockholm, Sweden
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Francesco Picano
Department of Industrial Engineering, University of Padova, Department of Industrial Engineering, University of Padova, 35131 Padua, Italy
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DNS Study of Particle-Bed-Turbulence Interactions in an Oscillatory Wall-Bounded Flow
ORAL
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Authors
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Chaitanya Ghodke
Oregon State University
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Sourabh Apte
Oregon State University
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Similarity between particles and bubbles as micro-additives in turbulent channel flow
ORAL
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Authors
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Yoichi Mito
Kitami Institute of Technology
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DNS with Discrete Element Modeling of Suspended Sediment Particles in an Open Channel Flow
ORAL
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Authors
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Pedram Paksereht
Oregon State University
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Sourabh Apte
Oregon State University
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Justin Finn
University of Liverpool, UK
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Entrainment in sediment laden flows
ORAL
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Authors
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Jorge Salinas
University of Florida
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Mrugesh Shringarpure
University of Florida
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Mariano Cantero
Instituto Balseiro
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S. Balachandar
University of Florida, Center for Compressible Multiphase Turbulence - Univ. of Florida
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Resuspension of a granular bed by thermal convection
ORAL
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Authors
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Cyprien Morize
FAST Laboratory, CNRS/Paris-Sud University
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Eric Herbert
Universit\'e Paris Diderot, LIED Laboratory, CNRS
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Yves D'Angelo
CORIA Laboratory, CNRS
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Alban Sauret
SVI, CNRS/Saint-Gobain, SVI - CNRS
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Study of interactions between sediment particles in sheet flow using CFD--DEM
ORAL
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Authors
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Rui Sun
Virginia Tech
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Heng Xiao
Virginia Tech
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Simultaneous Measurement of Fluid and Particle Motion in Shear Induced Erosion
ORAL
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Authors
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Paul S. Krueger
SMU
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Zhongfeng An
SMU
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Effect of particle size distribution on the hydrodynamics of dense CFB risers
ORAL
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Authors
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Akhilesh Bakshi
Massachusetts Inst of Tech-MIT
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Samir Khanna
BP
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Raj Venuturumilli
BP
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Christos Altantzis
Massachusetts Inst of Tech-MIT
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Ahmed Ghoniem
Department of Mechanical Engineering, Massachusetts Institute of Technology, Cambridge, MA, USA, Massachusetts Institute of Technology, Massachusetts Inst of Tech-MIT
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Particle-driven gravity currents in non-rectangular cross-section channels
ORAL
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Authors
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Tamar Zemach
Tel-Hai College
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