CFD Simulations AC7-02: Difference between revisions
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==Large Eddy Simulations — Case LES1== | ==Large Eddy Simulations — Case LES1== | ||
===Computational domain and meshes=== | ===Computational domain and meshes=== | ||
===Solution strategy and boundary conditions — Airflow=== | |||
==Large Eddy Simulations — Case LES2== | ==Large Eddy Simulations — Case LES2== | ||
===Computational domain and meshes=== | ===Computational domain and meshes=== | ||
===Solution strategy and boundary conditions — Airflow=== | |||
==Large Eddy Simulations — Case LES3== | ==Large Eddy Simulations — Case LES3== | ||
===Computational domain and meshes=== | ===Computational domain and meshes=== | ||
===Solution strategy and boundary conditions — Airflow=== | |||
==RANS Simulations== | ==RANS Simulations== | ||
===Computational domain and meshes=== | ===Computational domain and meshes=== | ||
===Solution strategy and boundary conditions — Airflow=== | |||
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Revision as of 11:44, 15 May 2020
Airflow in the human upper airways
Application Challenge AC7-02 © copyright ERCOFTAC 2020
CFD Simulations
Overview of CFD Simulations
Large Eddy Simulations — Case LES1
Computational domain and meshes
Solution strategy and boundary conditions — Airflow
Large Eddy Simulations — Case LES2
Computational domain and meshes
Solution strategy and boundary conditions — Airflow
Large Eddy Simulations — Case LES3
Computational domain and meshes
Solution strategy and boundary conditions — Airflow
RANS Simulations
Computational domain and meshes
Solution strategy and boundary conditions — Airflow
Contributed by: P. Koullapisa —
aDepartment of Mechanical and Manufacturing Engineering, University of Cyprus, Nicosia, Cyprus
© copyright ERCOFTAC 2020