Robert L. Dawes May, 1977 Texas Instruments, Martingale Res. Corp., QED Corp. A degenerate evolution equation for fluid flow in multi-porous media
Martin M. Rooney December, 1977 University Central Oklahoma, MATLAB Numerical analysis of nonlinear wave equations
E. DiBenedetto August, 1979 Indiana University, Northwestern, Vanderbilt University Implicit degenerate evolution equations
Kenneth L. Kuttler December, 1980 Michigan Tech. Univ., Brigham Young University Degenerate evolution inequalities
Jim Rulla September, 1985 N.C. State University, Arkansas College, Pacific University A Stefan problem with prescribed convection (Best Dissertation Award)
Marie-P. Bosse August, 1987 Iowa State University, A.T.&T., ALC-TEL Homogenization of the layered medium equation
Seth Oppenheimer December, 1987 Mississippi State University Dynamics of gas absorption
Noel Walkington May, 1988 Carnegie - Mellon University Resolution of a diffusion problem arising in the flow of fluids
Xingsheng Xu August, 1988 University of Arkansas, Mississippi State University The continuous dependence of solutions to a Cauchy problem
Lindsay Packer August, 1992 Charleston College The regularized layered medium equation
Gordon Clark August, 1992 Virginia Commonwealth University, TCS Management Microstructure modeling of fluid flow in a layered medium
John D. Cook August, 1992 Vanderbilt University, Western Atlas, MD Anderson Biostat Diffusion models with microstructure and secondary flux
Thomas Little August, 1993 Courant Inst, IMA, Columbia, Deutsche Bank Semilinear parabolic equations with Preisach Hysteresis
Brooke Hollingsworth August, 1994 Semilinear degenerate parabolic systems and distributed capacitance models
Laura Lochhead Rock December, 1996 ITT (Seattle) A coupled system of semilinear parabolic equations with hysteresis
Hee Chul Pak December, 1999 Sogang University, Dankook University Two Distributed Capacitance Models
Bahareh Momken December, 2000 Avaya Communications Fluid Flow and Deformation in Composite Porous Media
Darrin Visarraga August, 2001 University of Texas, Los Alamos National Lab Heat Transport Models with Distributed Microstructure