Applications of Parallel, Distributed, Adaptive and Conventional Computing to Experimental and Computational Mechanics

Andrew Meade's On-line Preprints

  

Artificial Neural Networks

Regularization of a Programmed Recurrent Artificial Neural Network ,
Andrew J. Meade, Jr.

Integrating Experimental Data and Mathematical Models in the Simulation of Physical Systems ,
Boris A. Zeldin and Andrew J. Meade, Jr.

Approximation Properties of Local Bases Assembled from Neural Network Transfer Functions,
Andrew J. Meade, Jr. and Boris Zeldin.

Establishing Criteria to Ensure Successful Feedforward Artificial Neural Network Modelling of Mechanical Systems,
Andrew J. Meade, Jr. and Boris Zeldin.

Initialization of Artificial Neural Network Training using Mathematical Models,
Andrew J. Meade, Jr., Gregory Lind and Boris Zeldin.

Feedforward Artificial Neural Network Initialization by Mathematical Models,
Andrew J. Meade, Jr. Gregory Lind and Boris Zeldin.

Numerical Solution of a Calculus of Variations Problem Using the Feedforward Neural Network Architecture ,
Andrew J. Meade, Jr. and Hans C. Sonneborn.

A Recurrent Artificial Neural Network Model of Duffing's Equation Without Training,
Andrew J. Meade, Jr. and Rafael Moreno.

Solution of Nonlinear Ordinary Differential Equations by Feedforward Neural Networks,
Andrew J. Meade, Jr. and Alvaro A. Fernandez.

The Numerical Solution of Linear Ordinary Differential Equations by Feedforward Neural Networks,
Andrew J. Meade, Jr. and Alvaro A. Fernandez.


Parallel Computing

Optimal Incremental Approximation for the Solution of Differential Equations ,
Andrew J. Meade, Jr., Michael Kokkolaras, and Boris Zeldin.

Sequential Function Approximation for the Solution of Differential Equations ,
Andrew J. Meade, Jr., Michael Kokkolaras, and Boris Zeldin.

Enhancement of a Viscous-Inviscid Interaction Airfoil Analysis Code Using the Parallel Direct Search Algorithm,
Andrew J. Meade, Jr. and Michael Kokkolaras.


Computational Fluid Dynamics and Heat Transfer

Low Dean Number Convective Heat Transfer in Helical Ducts of Rectangular Cross Section,
David L. Thomson, Yildiz Bayazitoglu and Andrew J. Meade, Jr.

Low Dean Number Flows in Helical Ducts of Rectangular Cross Section,
David L. Thomson, Yildiz Bayazitoglu and Andrew J. Meade, Jr.

Enhancement of Heat Transfer in Square Helical Ducts,
R. M. Eason and Y. Bayazitoglu and Andrew J. Meade, Jr.

Calculation of Compressible Boundary Layers by a Hybrid Finite Element Method,
Andrew J. Meade, Jr.

Flight Vehicle Aerodynamics Calculated by a Galerkin Finite Element/Finite Difference Method,
M. Holt and Andrew J. Meade, Jr.


Experimental Fluid Dynamics

Experimental Study of Three-Dimensional Separated Flow Surrounding a Hemisphere-Cylinder at Incidence,
Andrew J. Meade, Jr. and Lewis B. Schiff.


Student Theses

Utilizing Parallel Optimization in Computational Fluid Dynamics,
Michael Kokkolaras.


Reports

Application of Multilayer Feedforward Networks in the Solution of Compressible Euler Equations,
Andrew J. Meade, Jr.


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