This report describes the implementation, verification, and validation of the Wilcox stress-w and the SSG/LRR-w Reynolds stress models into the DLR-FLOWer code within the EU-project FLOMANIA. The model equations are summerized, and their implementation into DLR's structured flow solver FLOWer is briefly described. The implementation is verified by comparison with results for a turbulent flat plate boundary layer with zero pressure gradient and the incompressible flow through an asymmetric diffuser, chosen as mandatory test case in FLOMANIA. Validation is carried out for the airfoil RAE 2822 for the so-called cases 9 and 10, for the Aérospatiale A airfoil at alpha = 13.3° and for the ONERA M6 wing at alpha = 3.06°
The status of Reynolds stress modeling at the DLR Institute of Aerodynamics and Flow Technology is p...
Recent developments in Reynolds-stress modeling for applications in aircraft aerodynamics are presen...
This paper summarizes the developments of transition prescription and transition prediction techniqu...
The Speziale-Sarkar-Gatski (SSG) Reynolds stress model is implemented into DLR's Navier-Stokes sol...
The current DLR Computational Fluid Dynamics validation activities in the framework of the AIAA Drag...
The SSG/LRR-ω differential Reynolds stress model has been implemented into DLR's unstructured flow s...
A differential Reynolds stress model is presented that combines the Speziale- Sarkar-Gatski (SSG) m...
This work is dedicated to the appropriate representation of the experimental setup in the numerical...
This paper deals with the validation of turbulence models in the frame work of the DLR-TAU Code, a N...
Summarization: The academic computational fluid dynamics code Galatea-I is used in this study for th...
The contribution of DLR to the numerical flow simulation activities "assessment and improvement...
A comparison of two differential Reynolds stress models for aeronautical flows is presented. The SSG...
The performance of different low-Reynolds number turbulence models applied to various flows is descr...
Summarization: In this study the development and assessment of an academic CFD (Computational Fluid ...
Under the framework of the DLG-CAE cooperation topic: 92-16, numerical investigation is carried out ...
The status of Reynolds stress modeling at the DLR Institute of Aerodynamics and Flow Technology is p...
Recent developments in Reynolds-stress modeling for applications in aircraft aerodynamics are presen...
This paper summarizes the developments of transition prescription and transition prediction techniqu...
The Speziale-Sarkar-Gatski (SSG) Reynolds stress model is implemented into DLR's Navier-Stokes sol...
The current DLR Computational Fluid Dynamics validation activities in the framework of the AIAA Drag...
The SSG/LRR-ω differential Reynolds stress model has been implemented into DLR's unstructured flow s...
A differential Reynolds stress model is presented that combines the Speziale- Sarkar-Gatski (SSG) m...
This work is dedicated to the appropriate representation of the experimental setup in the numerical...
This paper deals with the validation of turbulence models in the frame work of the DLR-TAU Code, a N...
Summarization: The academic computational fluid dynamics code Galatea-I is used in this study for th...
The contribution of DLR to the numerical flow simulation activities "assessment and improvement...
A comparison of two differential Reynolds stress models for aeronautical flows is presented. The SSG...
The performance of different low-Reynolds number turbulence models applied to various flows is descr...
Summarization: In this study the development and assessment of an academic CFD (Computational Fluid ...
Under the framework of the DLG-CAE cooperation topic: 92-16, numerical investigation is carried out ...
The status of Reynolds stress modeling at the DLR Institute of Aerodynamics and Flow Technology is p...
Recent developments in Reynolds-stress modeling for applications in aircraft aerodynamics are presen...
This paper summarizes the developments of transition prescription and transition prediction techniqu...