Summary Embedded Boundary Methods (EBMs) are often preferred for the solution of Fluid‐
Structure Interaction (FSI) problems because they are reliable for large structural …

Embedded boundary methods (EBMs) are robust solution methods for highly nonlinear fluid‐
structure interaction (FSI) problems. They suffer, however, some disadvantages because …

This article presents an enhanced strategy for generating Cartesian grids for arbitrary
complex three-dimensional (3D) geometry. It addresses the major challenges, including …

A has been discussed in previous works, due to the parachute anomalies during NASA's
recent Low-Density Supersonic Decelerator Project, the Jet Propulsion Laboratory …

A computationally efficient high-order solver is developed to compute the wall distances by
solving the relevant partial differential equations, namely: Eikonal, Hamilton–Jacobi (HJ) …

Minimum distance to a solid wall is a primary parameter in turbulence models and overset
grid assembly for computational fluid dynamics. In present work, a parallel advancing front …

Embedded Boundary Methods (EBMs) for the solution of fluid and Fluid-Structure Interaction
(FSI) problems are typically formulated in the Eulerian setting, which makes them especially …

A framework to model and analyze the coupled nonlinear aeroelasticity and flight dynamics
of highly flexible aircrafts is presented. The methodology is based on the dynamics of 3D co …

View Video Presentation: https://doi. org/10.2514/6.2021-0280. vid In the context of
aerodynamic shape optimization problems, embedded boundary methods (EBMs) are …

Aerodynamic shape optimization using computational fluid dynamics (CFD) displaces the
traditional aerodynamic design paradigm. Optimization algorithms automate the design …