Lagrangian recurrence tracking: A Novel approach for description of mixing in liquid and particle–liquid flows
C Savari, HA Sheikh, M Barigou - Industrial & Engineering …, 2021 - ACS Publications
Experimental data obtained via a Lagrangian positron emission particle tracking technique
have been used to drive a new methodology for the evaluation of mixing in mechanically …
have been used to drive a new methodology for the evaluation of mixing in mechanically …
Nonlinear recurrence quantification of the monsoon-season heavy rainy-days over northwest Himalaya for the baseline and future periods
S Mukherjee - Science of The Total Environment, 2021 - Elsevier
Indian summer monsoon has the characteristics of nonlinear dynamical systems. This study
verifies the hypothesis that monsoon-season heavy rainy-day climatology over northwest …
verifies the hypothesis that monsoon-season heavy rainy-day climatology over northwest …
Time-resolved PIV measurements of a deflected submerged jet interacting with liquid-gas and liquid-liquid interfaces
S Puttinger, M Saeedipour - Experimental and Computational Multiphase …, 2021 - Springer
This paper presents an experimental investigation on the interactions of a deflected
submerged jet into a liquid pool with its above interface in the absence and presence of an …
submerged jet into a liquid pool with its above interface in the absence and presence of an …
Data-assisted, physics-informed propagators for recurrent flows
T Lichtenegger - Physical Review Fluids, 2024 - APS
An alternative approach to simulate dynamic, recurrent flows with very large time steps is
presented. Data-driven forecasts based on the method of analogs are made employing a set …
presented. Data-driven forecasts based on the method of analogs are made employing a set …
Two-phase flow characterization through recurrence quantification analysis of the dominant features of experimental dynamics
This paper describes a novel approach to the analysis of the experimental void fraction time
series detected in air–water upward two-phase flows within a vertical channel. Singular …
series detected in air–water upward two-phase flows within a vertical channel. Singular …
[HTML][HTML] Transport in turbulent, recurrent flows: Time-extrapolation and statistical symmetrization
We investigate bubble dynamics in a submerged double-jet as an example of weakly
coupled, Lagrangian transport. The setup resembles continuous casting of steel at Reynolds …
coupled, Lagrangian transport. The setup resembles continuous casting of steel at Reynolds …
Disclosing recurrence properties in fluidized beds
In this paper we shortly investigate the similarity between states for different fluidized bed
regimes, which is an essential requirement for the application of recurrence computational …
regimes, which is an essential requirement for the application of recurrence computational …
Novel interpretable wake model using Machine Learning based symbolic regression for wind turbines
The escalating demand for energy, dwindling fossil fuel reserves, shifting fuel prices, and
worries about climate change and pollution have prompted the investigation and …
worries about climate change and pollution have prompted the investigation and …
[PDF][PDF] Lagrangian-recurrence tracking
C Savari, H Sheikh, M Barigou - pure-oai.bham.ac.uk
Experimental data obtained via a Lagrangian positron emission particle tracking technique
have been used to drive a new methodology for the evaluation of mixing in mechanically …
have been used to drive a new methodology for the evaluation of mixing in mechanically …
[PDF][PDF] Recurrence CFD studies on fast simulations in turbulent flows with a focus on data efficiency/submitted by Sanaz Abbasi MSc.
S Abbasi - 2021 - epub.jku.at
Abstract" Recurrence CFD"(rCFD) is a data-assisted approach to time-extrapolate the
dynamics of recurrent systems. In this work, we studied and developed rCFD to reduce …
dynamics of recurrent systems. In this work, we studied and developed rCFD to reduce …