Aerodynamic modeling plays an important role in multiphysics and design problems, in
addition to experiment and numerical simulation, due to its low-dimensional representation …

In this paper, we review the development of new reduced-order modeling techniques and
discuss their applicability to various problems in computational physics. Emphasis is given …

This paper presents a unified theory for the construction of steady-state and unsteady
nonreflecting boundary conditions for the Euler equations. These allow calculations to be …

This paper is a review of current aeroelasticity methods, with particular emphasis on
turbomachinery applications. It also includes a brief survey of the computational fluid …

Rapid increase in computing power has made a huge difference in scales and complexities
of the problems in turbomachinery that we can tackle by use of computational fluid dynamics …

This article describes a nonlinear frequency domain method for the simulation of unsteady
blade row interaction problems across several blade rows in turbomachinery. The capability …

A general technique for constructing reduced order models of unsteady aerodynamic flows
about twodimensional isolated airfoils, cascades of airfoils, and three-dimensional wings is …

When calculating a numerical solution to an unsteady, hyperbolic, partial di erential
equation on an in nite domain, it is normal to perform the calculation on a truncated nite …

In this paper, we briefly review the classical harmonic balance method, and describe the
adaptation of the method required for its application to computational fluid dynamics models …

A computational method for predicting unsteady viscous flow through two-dimensional
cascades accurately and efficiently is presented. The method is intended to predict the onset …