Publication detail
Simulation of flow in a calciner model
HÁJEK, J. JUŘENA, T.
Czech title
Simulace proudění v modelu kalcinátoru
English title
Simulation of flow in a calciner model
Type
summary research report - contract. research
Language
en
Original abstract
The objective of the present work was to simulate swirling flow in a cold-flow down-scaled model of a calciner. The primary (carrier) phase is air, which carries particulate matter (diatomite). Simulated operating condition has been chosen by the customer from a set of settings, documented in detail by an experimental study published in the Masters thesis of David Ott (2013, Beuth Hochschule für Technik Berlin).
Czech abstract
Cílem této práce byla simulace vířivého proudění za studena ve zmenšeném modelu kalcinátoru. Primární (unášející) fáze je vzduch, který unáší částice diatomitu. Simulované provozní podmínky byly vybrány zákazníkem z množství nastavení, dokumentovaných detailně experimentální studií publikovanou v diplomové práci David Otta (2013, Beuth Hochschule für Technik Berlin).
English abstract
The objective of the present work was to simulate swirling flow in a cold-flow down-scaled model of a calciner. The primary (carrier) phase is air, which carries particulate matter (diatomite). Simulated operating condition has been chosen by the customer from a set of settings, documented in detail by an experimental study published in the Masters thesis of David Ott (2013, Beuth Hochschule für Technik Berlin).
Keywords in Czech
dvoufázové proudění, CFD simulace, neustálený tok
Keywords in English
two-phase flow, CFD simulation, unsteady flow
Released
02.12.2013
Location
Brno
Pages count
18