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Filtering by: Creator / Contributor Christin Velten Keyword Gaseous flow in packed bed

Data Collection of Experimental investigation of the influence of a jet injection on the gas flow field inside an idealized packed-bed model with structured parallel bars

Description:

Experimental study of the gas flow fields in a model packed bed reactor consisting of a modular packed bed representing polyhedral particles. Each module is rotated by 40° to generate a complex inner pore structure. Measurements via Particle Image Velocimetry (PIV) deliver the 2D velocity fields and are carried out in the inner of the packed bed (from the 11th to the 17th layer and at the bed surface (on top of the 18 stacked layers). Particle Reynolds numbers range from Re_P = 100 to 1000 (vertical main flow). Additionally, a side jet can be applied in the 12th layer with jet Reynolds numbers from Re_jet = 0 to 12624., Please cite the following reference when using our dataset in your research:, Velten, C., Zähringer, K. (2026). Data Collection of Experimental investigation of the influence of a jet injection on the gas flow field inside an idealized packed-bed model with structured parallel bars. ReSeeD Research Data Repository, https://doi.org/10.60517/cn69m9200, and For questions regarding the dataset please contact Christin Velten ( christin.velten@ovgu.de), Dr. Andreas Schramm ( andreas.schramm@rub.de) or Thomas Rac ( thomas.rac@ovgu.de).

Keyword:

Particle Image Velocimetry (PIV), Packed bed model reactor, Polyhedral particles, Free surface and interstitial flow, Radial jet injection, Gaseous flow in packed bed, and Turbulent kinetic energy

Subject:

Fluid Mechanics and Technical Thermodynamics and Thermal Energy Engineering 4.22

Publisher:

Based Near Label Tesim:

Magdeburg, Saxony-Anhalt, Germany

Language:

English

Date Uploaded:

2026-05-13

Date Modified:

2026-05-20

License:

Creative Commons BY Attribution 4.0 International

Resource Type:

Dataset

Data Collection of Experimental investigation of the influence of a jet injection on the gas flow field inside an idealized packed-bed model with structured parallel bars

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