This progress report describes research performed to achieve algorithmic improvements in the use of overset grids for the computation of unsteady flowfields about geometrically complex and moving component configurations. A hole-map computational method is detailed that reduces computational demand and corresponding demand on human resources. Results indicate that the method is both efficient and flexible for use in complex simulation cases. Tests were performed on shuttle orbiter/external tank, wing/store, and V-22 tilt-rotor configurations. The number of simulated points and the corresponding time on a SGI 4D-210 workstation are presented
Numerical simulations using the thin-layer Navier-Stokes equations and chimera (overset) grid approa...
One of the major problems related to transonic flow prediction about realistic aircraft configuratio...
AbstractIn the design process of rocket, airplane and store separation systems, the aerodynamic of m...
An alternative method for domain connectivity among systems of overset grids is presented. Reference...
Grid related issues of the Chimera overset grid method are discussed in the context of a method of s...
Algorithms and computer code developments were performed for the overset grid approach to solving co...
Analysis of modern aerospace vehicles requires the computation of flowfields about complex three dim...
A study of numerical attributes peculiar to an overset grid approach to unsteady aerodynamics predic...
A discussion of the strengths and weaknesses of overset composite grid and solution technology is gi...
An efficient means of adaptive refinement within systems of overset grids is presented. Problem doma...
Recent developments on the automation of the X-rays approach to hole-cutting in over- set grids is f...
The paper discusses the overset grid methodology implementation and its testing at transonic and sup...
The Chimera overset grid method is reviewed and discussed in the context of a method of solution and...
University of Minnesota Ph.D. dissertation. December 2018. Major: Aerospace Engineering and Mechanic...
A deformable overset grid method is proposed to simulate the unsteady aerodynamic problems with mult...
Numerical simulations using the thin-layer Navier-Stokes equations and chimera (overset) grid approa...
One of the major problems related to transonic flow prediction about realistic aircraft configuratio...
AbstractIn the design process of rocket, airplane and store separation systems, the aerodynamic of m...
An alternative method for domain connectivity among systems of overset grids is presented. Reference...
Grid related issues of the Chimera overset grid method are discussed in the context of a method of s...
Algorithms and computer code developments were performed for the overset grid approach to solving co...
Analysis of modern aerospace vehicles requires the computation of flowfields about complex three dim...
A study of numerical attributes peculiar to an overset grid approach to unsteady aerodynamics predic...
A discussion of the strengths and weaknesses of overset composite grid and solution technology is gi...
An efficient means of adaptive refinement within systems of overset grids is presented. Problem doma...
Recent developments on the automation of the X-rays approach to hole-cutting in over- set grids is f...
The paper discusses the overset grid methodology implementation and its testing at transonic and sup...
The Chimera overset grid method is reviewed and discussed in the context of a method of solution and...
University of Minnesota Ph.D. dissertation. December 2018. Major: Aerospace Engineering and Mechanic...
A deformable overset grid method is proposed to simulate the unsteady aerodynamic problems with mult...
Numerical simulations using the thin-layer Navier-Stokes equations and chimera (overset) grid approa...
One of the major problems related to transonic flow prediction about realistic aircraft configuratio...
AbstractIn the design process of rocket, airplane and store separation systems, the aerodynamic of m...