Over the past 15 years numerous new techniques have been developed for solving systems of equations and eigenvalue problems arising in finite element computations. A package called SPARSPAK has been developed by the author and his co-workers which exploits these new methods. The broad objective of this research project is to incorporate some of this software in the Computational Structural Mechanics (CSM) testbed, and to extend the techniques for use on multiprocessor architectures
Diffractive (or binary) optics offers unique capabilities for the development of large-aperture, hig...
The purpose is to summarize a Phase 1 SBIR project performed for the NASA/Langley Computational Stru...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
The ballistic aspects of grain design were studied to outline the steps necessary to achieve a succe...
A general two tier framework for vehicle health monitoring of Guidance Navigation and Control (GN&C)...
The objective of this study was to examine the overall feasibility of deploying electromechanical fl...
In this paper, we will discuss some recent model developments in two turbulence closure schemes. One...
This paper presents kinematic equations and solutions for an in-parallel actuated robotic mechanism ...
Methods for enhancing the reliability of Navier-Stokes computer codes through improving convergence ...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
This project is concerned with a specific difficulty that arises when trying to understand and modif...
The Calibrated Ancillary System (CAS) provides real-time parameters from the orbiter downlink (ancil...
Systems study of manned orbital telescope - optical geometry and attitude control, stabilization, fu...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
Diffractive (or binary) optics offers unique capabilities for the development of large-aperture, hig...
The purpose is to summarize a Phase 1 SBIR project performed for the NASA/Langley Computational Stru...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
The ballistic aspects of grain design were studied to outline the steps necessary to achieve a succe...
A general two tier framework for vehicle health monitoring of Guidance Navigation and Control (GN&C)...
The objective of this study was to examine the overall feasibility of deploying electromechanical fl...
In this paper, we will discuss some recent model developments in two turbulence closure schemes. One...
This paper presents kinematic equations and solutions for an in-parallel actuated robotic mechanism ...
Methods for enhancing the reliability of Navier-Stokes computer codes through improving convergence ...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
This project is concerned with a specific difficulty that arises when trying to understand and modif...
The Calibrated Ancillary System (CAS) provides real-time parameters from the orbiter downlink (ancil...
Systems study of manned orbital telescope - optical geometry and attitude control, stabilization, fu...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...
Diffractive (or binary) optics offers unique capabilities for the development of large-aperture, hig...
The purpose is to summarize a Phase 1 SBIR project performed for the NASA/Langley Computational Stru...
The Calibrated Ancillary System (CAS) provides real-time calibrated parameters from the orbiter down...