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- Oscar P Bruno, Christophe A Geuzaine, John A Monro, Fernando Reitich
- Philosophical transactions. Series A…
- 2004

We present a new algorithm for the numerical solution of problems of electromagnetic or acoustic scattering by large, convex obstacles. This algorithm combines the use of an ansatz for the unknown density in a boundary-integral formulation of the scattering problem with an extension of the ideas of the method of stationary phase. We include numerical… (More)

- Oscar P. Bruno, Youngae Han, Matthew M. Pohlman
- J. Comput. Physics
- 2007

We present a new method for construction of high-order parametrizations of surfaces: starting from point clouds, the method we propose can be used to produce full surface parametrizations (by sets of local charts, each one representing a large surface patch – which, typically, contains thousands of the points in the original point-cloud) for complex… (More)

- Oscar P. Bruno, Michael C. Haslam
- SIAM J. Scientific Computing
- 2007

- David E. Amundsen, Oscar P. Bruno
- J. Sci. Comput.
- 2007

The numerical solution of time-dependent ordinary and partial differential equations presents a number of well known difficulties—including, possibly, severe restrictions on time-step sizes for stability in explicit procedures, as well as need for solution of challenging, generally nonlinear systems of equations in implicit schemes. In this note we… (More)

- Mark Lyon, Oscar P. Bruno
- J. Comput. Physics
- 2010

- Oscar P. Bruno, Mark Lyon
- J. Comput. Physics
- 2010

- Nathan Albin, Oscar P. Bruno
- J. Comput. Physics
- 2011

- Oscar P. Bruno, Tim Elling, Randy C. Paffenroth, Catalin Turc
- J. Comput. Physics
- 2009

We present a new class of integral equations for the solution of problems of scattering of electromagnetic fields by perfectly conducting bodies. Like the classical Combined Field Integral Equation (CFIE), our formulation results from a representation of the scattered field as a combination of magnetic-and electric-dipole distributions on the surface of the… (More)

In this paper, we introduce a new fast, higher-order solver for scattering by inhomogeneous media in three dimensions. As in previously existing methods, the low complexity of our integral equation method, OðN log N Þ operations for an N point discretization, is obtained through extensive use of the fast Fourier transform (FFT) for the evaluation of… (More)

- Oscar P. Bruno, Víctor Domínguez, Francisco-Javier Sayas
- Numerische Mathematik
- 2013