model_questionnaire.md

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3. Save the file to README.md
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Contributor

Name:

Institution:

Country:

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Test case

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CFD package

Code:

Version:

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Resolution

Computational domain discretization (flow solver)

Domain:

Cell size:

Cell type:

Total cells:

Comments:

Angular space discretization (radiation solver)

Number of solid angles:

Comments:

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Initial conditions

Comments:

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Boundary conditions

Comments:

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Models (include parameters)

Turbulence model (include Sc_t and Pr_t):

Combustion model:

Radiation model:

Radiative fraction: (predicted or prescribed; if prescribed, what value)

Soot model:

Comments:

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Pyrolysis Models (include parameters)

Solver (e.g., GPyro, FDS, ThermaKin; include version):

Radiation absorption model:

Material property set: (developed by [institution]; calibration data; calibration method used [e.g., manual iteration, monte carlo sampling, optimization algorithm, PROPTI, Gpyro])

Comments:

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Discretization methods

Time:

CFL:

Advection:

Diffusion:

Pressure-velocity coupling:

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Computational Cost (hh:mm:ss)

Wall clock time:

Simulation time:

Number of CPUs (MPI Processes):

CPU cost (Number of CPUs * Wall clock time / Simulation time / Total cells):

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Averaging period

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Special issues/problems

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Relevant publications

1. Pub 1

2. Pub 2