Turbulence and Scalar Transport
ORAL · Z25 · ID: 3584799
Presentations
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Interpretable multiscale data-driven subgrid-scale model for wall-bounded turbulence
ORAL
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Presenters
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Bahrul Jalaali
Osaka University
Authors
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Bahrul Jalaali
Osaka University
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Kie Okabayashi
Osaka University
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Capturing the Reynolds number dependence of subconvective wall pressure fluctuations
ORAL
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Presenters
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Jonathan M O Massey
Stanford University, University of Southampton
Authors
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Jonathan M O Massey
Stanford University, University of Southampton
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Alexander J Smits
Princeton University
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Joseph Charles Klewicki
University of Melbourne
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Beverley J McKeon
Stanford University
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Alternate method for estimating the scalar dissipation rate from large-scale quantities
ORAL
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Presenters
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Christian Ivanov
McGill University
Authors
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Christian Ivanov
McGill University
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Laurent B Mydlarski
McGill University
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Mixing and transport in a advection equation of divergence-free vector
ORAL
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Presenters
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Anuj Kumar
University of California Davis
Authors
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Anuj Kumar
University of California Davis
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Franziska Weber
University of California Berkeley
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Scalar flux transport models for self-similar turbulent mixing
ORAL
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Publication: Morgan, B. "Scalar flux transport models for self-similar turbulent mixing," Physical Review E (under review).
Presenters
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Brandon E Morgan
Lawrence Livermore National Laboratory
Authors
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Brandon E Morgan
Lawrence Livermore National Laboratory
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Size-Independent Richardson Constant in Turbulent Bubble Pair Dispersion
ORAL
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Presenters
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Shiyong Tan
Johns Hopkins University
Authors
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Shiyong Tan
Johns Hopkins University
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Shijie Zhong
Johns Hopkins University
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Rui Ni
Johns Hopkins University
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Machine-learning based defiltering method for Lagrangian particle tracking in coarse-grid simulations
ORAL
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Publication: T. Oura and K. Fukagata, Defiltering turbulent flow fields for Lagrangian particle tracking using machine learning techniques, Phys. Fluids 36, 113366 (2024).
Presenters
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Tomoya Oura
Keio Univ
Authors
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Tomoya Oura
Keio Univ
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Koji Fukagata
Keio Univ
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Preferential rotation of chiral particles in turbulence is driven by orientation dependent handedness
ORAL
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Presenters
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Samitha S Owitigala Withanage Don
Wesleyan University
Authors
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Samitha S Owitigala Withanage Don
Wesleyan University
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Arjun Menezes
Wesleyan University
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Greg A Voth
Wesleyan University
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Simulation and Modeling of Cavitation Inception in turbulent water jets
ORAL
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Presenters
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Kian Montazery
University of Michigan- Ann Arbor
Authors
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Kian Montazery
University of Michigan- Ann Arbor
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Mehedi Hasan Bappy
University of Michigan
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Krishnan Mahesh
University of Michigan, University of Minnesota
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PDF model of settling particle transport in a turbulent boundary layer using an asymptotic closure approximation
ORAL
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Presenters
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Yan Zhang
Duke University
Authors
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Yan Zhang
Duke University
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David H Richter
University of Notre Dame
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Andrew D Bragg
Duke University
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