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Turbulent Flows With Drops and Bubbles: What Numerical Simulations Can Tell Us—Freeman Scholar Lecture

https://oist.repo.nii.ac.jp/records/2277
https://oist.repo.nii.ac.jp/records/2277
540f5b3a-814c-41f0-ba4c-b711ccb901ef
Name / File License Actions
asme2ejs.pdf asme2ejs (23.3 MB)
20211006171902-0001.pdf ASME Accepted Manuscript Repository (13.4 kB)
Item type 学術雑誌論文 / Journal Article(1)
PubDate 2021-09-22
Title
Title Turbulent Flows With Drops and Bubbles: What Numerical Simulations Can Tell Us—Freeman Scholar Lecture
Language en
Language
Language eng
Keyword
Subject Scheme Other
Subject LATTICE-BOLTZMANN METHOD
Keyword
Subject Scheme Other
Subject FRONT-TRACKING METHOD
Keyword
Subject Scheme Other
Subject LEVEL-SET METHOD
Keyword
Subject Scheme Other
Subject INCOMPRESSIBLE 2-PHASE FLOWS
Keyword
Subject Scheme Other
Subject FREE-BOUNDARY PROBLEMS
Keyword
Subject Scheme Other
Subject OF-FLUID METHOD
Keyword
Subject Scheme Other
Subject LAGRANGIAN-EULERIAN METHOD
Keyword
Subject Scheme Other
Subject SHARP INTERFACE METHOD
Keyword
Subject Scheme Other
Subject PHASE-FIELD MODEL
Keyword
Subject Scheme Other
Subject MULTI-MEDIUM FLOW
Resource Type
Resource Type Identifier http://purl.org/coar/resource_type/c_6501
Resource Type journal article
Author Soligo, Giovanni

× Soligo, Giovanni

Soligo, Giovanni

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Roccon, Alessio

× Roccon, Alessio

Roccon, Alessio

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Soldati, Alfredo

× Soldati, Alfredo

Soldati, Alfredo

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Bibliographic Information en : Journal of Fluids Engineering

Volume Number 143, Issue Number 8, p. 080801, Issue Date 2021-06-15
Abstract
Description Type Other
Description Turbulent flows laden withlarge, deformable drops or bubbles are ubiquitous in nature and a number of industrial processes. These flows are characterized by physics acting at many different scales: from the macroscopic length scale of the problem down to the microscopic molecular scale of the interface. Naturally, the numerical resolution of all the scales of the problem, which span about eight to nine orders of magnitude, is not possible, with the consequence that numerical simulations of turbulent multiphase flows impose challenges and require methods able to capture the multiscale nature of the flow. In this review, we start by describing the numerical methods commonly employed and by discussing their advantages and limitations, and then we focus on the issues arising from the limited range of scales that can be possibly solved. Ultimately, the droplet size distribution, a key result of interest for turbulent multiphase flows, is used as a benchmark to compare the capabilities of the different methods and to discuss the main insights that can be drawn from these simulations. Based on this, we define a series of guidelines and best practices that we believe to be important in the analysis of the simulations and the development of new numerical methods.
Publisher
Publisher American Society of Mechanical Engineers
ISSN
Source Identifier Type ISSN
Source Identifier 0098-2202
ISSN
Source Identifier Type ISSN
Source Identifier 1528-901X
DOI
Relation Type isVersionOf
Identifier Type DOI
Related Identifier info:doi/10.1115/1.4050532
Rights
Rights © 2021 ASME
Related site
Identifier Type URI
Related Identifier https://asmedigitalcollection.asme.org/fluidsengineering/article-abstract/143/8/080801/1104389/Turbulent-Flows-With-Drops-and-Bubbles-What
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Version Type AM
Version Type Resource http://purl.org/coar/version/c_ab4af688f83e57aa
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