Implementation of a stagnation inlet boundary condition (BC) for the rDG option in Navier-Stokes modules.
Reference
See Section 4.1 in
Berry, Ray A., Richard Saurel, and Olivier LeMetayer. "The discrete equation method (DEM) for fully compressible, two-phase flows in ducts of spatially varying cross-section." Nuclear Engineering and Design 240.11 (2010): 3797-3818.
Rationale for the enhancement or information for reproducing the error
To facilitate simulation of single-phase liquid-water or vapor using the stiffened gas equation of state (SGEOS), a stagnation inlet boundary condition BC needs to be implemented.
Identified impact
To facilitate simulation-based analysis of one-dimensional thermal-hydraulic pipe flow problems.
yidongxiainl
commented
7 years ago
Description of the enhancement or error report
Implementation of a stagnation inlet boundary condition (BC) for the rDG option in Navier-Stokes modules.
Reference
See Section 4.1 in
Berry, Ray A., Richard Saurel, and Olivier LeMetayer. "The discrete equation method (DEM) for fully compressible, two-phase flows in ducts of spatially varying cross-section." Nuclear Engineering and Design 240.11 (2010): 3797-3818.
Rationale for the enhancement or information for reproducing the error
To facilitate simulation of single-phase liquid-water or vapor using the stiffened gas equation of state (SGEOS), a stagnation inlet boundary condition BC needs to be implemented.
Identified impact
To facilitate simulation-based analysis of one-dimensional thermal-hydraulic pipe flow problems.