AMRFLEX3D
swMATH ID:  3292 
Software Authors:  Hentschel, R.; Hirschel, E.H. 
Description:  AMRFLEX3D – flow simulation using a threedimensional selfadaptive, structured multiblock grid system We describe a numerical procedure for integration of structured grid blocks. Such blocks are the basic elements of the selfadaptive grid structure. A hierarchically ordered level system, which reflects different refinement stages, serves as a scaffold. After a description of sensors used for refining interesting flow phenomena, an overview about the integration steps is given. The application of AMRFLEX3D to the case of a threedimensional, inviscid, supersonic corner flow and of a delta wing under transonic flow conditions is presented. For the latter simulation, both Euler and NavierStokes equations are used. Conclusions that can be drawn from experiences with grid refinement are given. 
Homepage:  http://rd.springer.com/chapter/10.1007/9783322898494_29 
Keywords:  Euler equations; hierarchically ordered level system; refining; integration steps; supersonic corner flow; delta wing; transonic flow; NavierStokes equations 
Related Software:  VLUGR3 
Cited in:  3 Publications 
Standard Articles
1 Publication describing the Software, including 1 Publication in zbMATH  Year 

AMRFLEX3D – flow simulation using a threedimensional selfadaptive, structured multiblock grid system. Zbl 0877.76042 Hentschel, R.; Hirschel, E. H. 
1996

Cited by 5 Authors
2  Hentschel, R. 
1  Durst, Franz 
1  Hirschel, Ernst Heinrich 
1  Lange, Carlos F. 
1  SchĂ¤fer, Michael 
Cited in 2 Serials
1  International Journal for Numerical Methods in Fluids 
1  Aerospace Science and Technology 
Cited in 1 Field
3  Fluid mechanics (76XX) 