Applied Mathematics Publications
Researchers in Applied Mathematics are active in the traditional areas of applied mathematics as well as in new, rapidly developing fields. Areas of applications include scientific computing, computer algebra, theoretical biology, materials physics, dynamical systems, and theoretical high-energy physics.
Visit the Applied Mathematics Research website for additional information.
Submissions from 2006
Development of an Unbiased Statistical Method for the Analysis of Unigenic Evolution, Colleen D. Behrsin, Chris J. Brandl, David W. Litchfield, Brian H. Shilton, and Lindi M. Wahl
The Gravitational Wave Pulsar Signal with Jovian and Lunar Perturbations and Orbital Eccentricity Corrections, S. R. Valluri, F. A. Chrishtie, and Adam Vajda
A Study of the Gravitational Wave Pulsar Signal with Orbital and Spindown Effects, S. R. Valluri, K. M. Rao, and F. A. Chishtie
Submissions from 2005
Assessing a Numerical Cellular Braided-stream Model with a Physical Model, Andrea B. Doeschl-Wilson and Peter E. Ashmore
An Extension of the Pais Variational Phase Shift Approximation, W. J. Romo and S. R. Valluri
An Extension of Newton's Apsidal Precession Theorem, S. R. Valluri, P. Yu, G. E. Smith, and P. A. Wiegert
Submissions from 2004
A Study of the de Broglie Gravitational Waves, Antonio Feoli and Sree Ram Valluri
Gravitational Effects from Earthquakes, T. J. Hayes, S. R. Valluri, and L. Mansinha
A Numerical Method for One-dimensional Action Functionals of Photonic Band-gap Structures, F. Xie, G. Reid, and S. R. Valluri
Submissions from 2002
QED Effective Action Revisited, U. D. Jentschura, H. Gies, S. R. Valluri, D. R. Lamm, and E. J. Weniger
Comment on “A Convergent Series for the QED Effective Action”, D. R. Lamm, S. R. Valluri, U. D. Jentschura, and E. J. Weniger
A Study of the Gravitational Wave Form from Pulsars, S. R. Valluri, J. J. Drozd, F. A. Chishtie, R. G. Biggs, M. Davison, Sanjeev V. Dhurandhar, and B. S. Sathyaprakash
Submissions from 2000
Some Applications of the Lambert W Function to Physics, S. R. Valluri, D. J. Jeffrey, and R. M. Corless
Submissions from 1992
Well... It Isn't Quite That Simple, Robert Corless and David Jeffrey