The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future. For a link that will always point to the latest version, please use
doi: 10.4121/16586954

Hogendoorn, Willian; Poelma, Christian; chandra, bidhan; krishnan, vasudevan (2021): Data underlying the research of laminar-turbulent transition in single-phase and particle-laden pipe flow. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/16586954.v1

Dataset

• Other Engineering
• Other Physical Sciences

particle-laden flow, transition to turbulence

2017-2021

CC BY 4.0

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by Willian Hogendoorn , Christian Poelma , bidhan chandra , vasudevan krishnan

This data set contains laminar-turbulent transition curves of single-phase and particle-laden pipe flow experiments performed at Delft University of Technology, as part of the ERC Consolidator Grant No. 725183 “OpaqueFlows.”The purpose of these experiments was to investigate the onset of turbulence in particle-laden pipe flows. To this end, the particle-to-pipe diameter ratio (d/D) and particle volume fraction (φ) were varied. The total data set consists of eight different files (.txt). Two files contain the single-phase transition curves (Re vs. f) obtained in the 10.00±0.01 mm and the 19.98±0.06 mm diameter pipe flow facility. The remaining files contain transition curves (Re_s vs. f) for constant d/D and increasing φ. Note that Reynolds number for the particle-laden cases is based on the suspension viscosity, determined using Eilers viscosity model. An overview of the data files is given below. Details about the experimental setups and measurement procedures can be found in the dissertation of W.J. Hogendoorn, available at: http://repository.tudelft.nl/.

• 2021-11-12 first online, published, posted

4TU.ResearchData

.txt; .pdf

• Flows Unveiled: Multimodal Measurement in Opaque Two-Phase Flows (grant code 725183) [more info...] European Research Council

TU Delft, Faculty of Mechanical, Maritime and Materials Engineering (3ME), Department of Process & Energy