1 X. Liu, "Weighted Essentially Nonoscillatory Schemes" 115 (115): 200-212, 1994
2 D. Mavriplis, "Unstructured Mesh Discretizations and Solvers for Computational Aerodynamics" 46 (46): 1281-1298, 2008
3 J. Sitaraman, "Parallel Unsteady Overset Mesh Methodology for a Multi-Solver Paradigm with Adaptive Cartesian Grids" 2008
4 H. Saberi, "Overview of RCAS and Application to Advanced Rotorcraft Problems" 2004
5 S. Jang, "Multidimensional Interpolation for High Order Schemes in Adaptive Grids" 11 (11): 39-47, 2006
6 H. Yee, "Low-Dissipative High-Order Shock-Capturing Methods Using Characteristic- Based Filters" 150 : 199-238, 1999
7 S. Kamkar, "Feature- driven Cartesian Adaptive Mesh Refinement for Vortex- dominated Flows" 230 (230): 6271-6298, 2011
8 J. Sitaraman, "Evaluation of a Multi-Solver Paradigm for CFD using Overset Unstructured and Structured Adaptive Cartesian Grids" 660-679, 2008
9 T. Pulliam, "Euler and Thin-Layer Navier-Stokes Codes: ARC2D, and ARC3D" 1984
10 M. de Berg, "Computational Geometry: Algorithms and Applications, 3rd ed" Springer 2007
1 X. Liu, "Weighted Essentially Nonoscillatory Schemes" 115 (115): 200-212, 1994
2 D. Mavriplis, "Unstructured Mesh Discretizations and Solvers for Computational Aerodynamics" 46 (46): 1281-1298, 2008
3 J. Sitaraman, "Parallel Unsteady Overset Mesh Methodology for a Multi-Solver Paradigm with Adaptive Cartesian Grids" 2008
4 H. Saberi, "Overview of RCAS and Application to Advanced Rotorcraft Problems" 2004
5 S. Jang, "Multidimensional Interpolation for High Order Schemes in Adaptive Grids" 11 (11): 39-47, 2006
6 H. Yee, "Low-Dissipative High-Order Shock-Capturing Methods Using Characteristic- Based Filters" 150 : 199-238, 1999
7 S. Kamkar, "Feature- driven Cartesian Adaptive Mesh Refinement for Vortex- dominated Flows" 230 (230): 6271-6298, 2011
8 J. Sitaraman, "Evaluation of a Multi-Solver Paradigm for CFD using Overset Unstructured and Structured Adaptive Cartesian Grids" 660-679, 2008
9 T. Pulliam, "Euler and Thin-Layer Navier-Stokes Codes: ARC2D, and ARC3D" 1984
10 M. de Berg, "Computational Geometry: Algorithms and Applications, 3rd ed" Springer 2007
11 M. Jung, "Assessment of Rotor Hover Performance Using a Node-Based Flow Solver" 8 (8): 44-53, 2007
12 S. Venkateswaran, "Application of the Helios Computational Platform to Rotorcraft Flowfields" 1230-1257, 2010
13 D. de Zeeuw, "A Quadtree-Based Adaptively-Refined Cartesian- Grid Algorithm for Solution of the Euler Equations" University of Michigan 1993
14 A. Wissink, "A Python-Based Infrastructured for Overset CFD with Adaptive Cartesian Grids" 927-944, 2008
15 A. Katz, "A Multi-solver Schemes for Viscous Flows Using Adaptive Cartesian Grids and Meshless Grid Communication" 768-780, 2009