SUSAN JEAN FRIEDLANDER

Department of Mathematics, Statistics, and Computer Science
University of Illinois at Chicago
851 S. Morgan Street; MC249
Chicago IL 60607-7045

(312) 413-2167 (tel.)

(312) 996-1491 (FAX)

susan@math.uic.edu (Email)


PUBLICATIONS


   Papers

  1. S. J. Friedlander, Spin-down in a rotating stratified fluid, Part I, Stud. Appl. Math., vol. LIII, pp. 111-136, 1974.

  2. S. J. Friedlander, Interaction of vortices on the surface of a rotating sphere, Tellus, vol. 27, pp. 15-24, 1975.

  3. S. J. Friedlander, Quasi-steady flow of a rotating stratified fluid in a sphere, J. Fluid Mech., vol. 76, pp. 209-228, 1976.

  4. S. J. Friedlander and J.V. Smith, Limits to tidal control on lunar asymmetry, Lunar Science, vol. VIII, pp. 322-324, 1977.

  5. S. J. Friedlander, Hydrostatic tidal model for lunar asymmetry, Geophys. Astrophys. Fluid Dynamics, vol. 15, pp. 105-122, 1980.

  6. S. J. Friedlander, An Introduction to the Mathematical Theory of Geophysical Fluid Dynamics, Mathematics Studies, vol. 41, North-Holland, 282 pp., 1980.

  7. S. J. Friedlander and W. L. Siegmann, Internal waves in the ocean stratified with variable buoyancy frequency, An. Acad. Brasil Cienc., vol. 53, pp. 213-221, 1981.
     TEMPORARY FORMAT

  8. S. J. Friedlander and W. L. Siegmann, %T Internal waves in a contained rotating stratified fluid %J J. Fluid Mech. vol. 114 pp. 123-156 %D 1982

  9. S. J. Friedlander and W. L. Siegmann, %T Internal waves in a rotating stratified fluid in an arbitrary gravitational field %J Geophys. Astrophys. Fluid Dynamics vol. 19 pp. 267-291 %D 1982

  10. S. J. Friedlander %T Turning surface behaviour for internal waves subject to general gravitational fields %J Geophys. Astrophys. Fluid Dynamics vol. 21 pp. 189-200 %D 1982

  11. S. J. Friedlander and W. L. Siegmann, %T Effects of dissipation on internal waves in a contained rotating stratified fluid %J Fluid Dynamics vol. 27 pp. 183-216 %D 1983

  12. S. J. Friedlander, %T Ordinary differential equations and internal waves, Diff and Integral Equations %J Proc. 13th Midewest Conference pp. 36-54 %D 1985

  13. S. J. Friedlander, %T Internal oscillations in the Earth's fluid core %J Geophys. J. Roy. Astro. Soc. vol. 80 pp. 345-361 %D 1985

  14. S. J. Friedlander %T Stability of the subseismic wave equation for the Earth's fluid core %J Geophys. Astrophys. Fluid Dynamics vol. 31 pp. 151-167 %D 1985

  15. S. J. Friedlander %T Ordinary differential equations and internal waves, Differential and Integral Equations %B Proc. 13th Midwest Conf. %E J.L. Henderson pp. 36-54 %D 1985

  16. S. J. Friedlander %T Internal waves in a rotating spherical shell: asymptotic solutions %J Geophys. J. Roy. Astro. Soc. vol. 89 pp. 637-657 %D 1987

  17. S. J. Friedlander %T Hydromagnetic waves in the Earth's fluid core %J Proc. Symp. U2, 19th General Assembly of I.U.G.G. vol. U2-28 pp. 1510 %D 1987

  18. S. J. Friedlander %T Hydromagnetic waves in the Earth's fluid core %J Geophys. Astrophys. Fluid Dynamics vol. 39 pp. 315-333 %D 1987

  19. S. J. Friedlander %T Stability and waves in the Earth's fluid core %B Proc. Conf. on Energy Stability and Convection %E B. Straughan %I Longman Scientific Press Pitman Research Notes in Mathematics vol. 168 pp. 325-345 %D 1988

  20. S. J. Friedlander %T Asymptotic behaviour of decay rates of internal waves in a rotating stratified spherical shell %J Geophysical J. Roy. Astro. Soc. vol. 96 pp. 245-252 %D 1989

  21. S. J. Friedlander %T Conditions for hydromagnetic instabilities in a contained rotating stratified fluid %J Geophy. Astrophys. Fluid Dynamics vol. 46 pp. 245-260 %D 1989

  22. S. J. Friedlander %T Hydromagnetic waves in a differentially rotating, stratified spherical shell %J Geophys. Astrophys. Fluid Dynamics vol. 48 pp. 53-67 %D 1989

  23. S. J. Friedlander and M.M. Vishik, %T Nonlinear stability for stratified magnetohydrodynamics %J Geophys. Astrophys. Fluid Dynamics vol. 55 pp. 19-45 %D 1990

  24. S. J. Friedlander and M.M. Vishik, %T Lax pair formulation for the Euler equation %J 148 no. 6 vol. 7 pp. 313-319 %D 1990

  25. S. J. Friedlander and M.M. Vishik, %T Instability criteria for the flow of an inviscid incompressible fluid %J Phys. Rev. Lett. vol. 66 no. 17 pp. 2204-2206 %D 1991

  26. S. J. Friedlander and M.M. Vishik, %T Dynamo theory, vorticity generation and exponential stretching %J Chaos vol. 1 no. 2 pp. 198-205 %D 1991

  27. S. J. Friedlander and M.M. Vishik, %T Instability criteria in fluid dynamics %J NATO ASI vol. 218 %I Kluwer pp. 535-549 %D 1992

  28. S. J. Friedlander and M.M. Vishik, %T Instability criteria for steady flows of a pertect fluid %T Chaos vol. 2 no. 3 pp. 455-460 %D 1992

  29. S. J. Friedlander and M.M. Vishik %T An inverse scattering treatment for the flow of an ideal fluid in 2 dimensions %J Nonlinearity vol. 6 pp. 231-249 %D 1993

  30. S. J. Friedlander and M.M. Vishik, %T Dynamo theory methods for hydrodynamic stability %J J. Math. Pure et Applique vol. 72 pp. 145-180 %D 1993

  31. S. J. Friedlander, M.M. Vishik and A. Gilbert, %T Hydrodynamic instability for certain ABC flows %J Geophys. Astrophys. Fluid Dynamics vol. 73 pp. 97-107 %D 1993

  32. S. J. Friedlander and M.M. Vishik, %T On stability and instability criteria for magnetohydrodynamics %J Chaos vol. 5 no. 2 pp. 416-423 %D 1995

  33. S. J. Friedlander and W. Strauss and M.M. Vishik, %T Nonlinear instability in hydrodynamics of an ideal fluid %J Annales IHP, J. Nonlineaire vol. 14 no. 2 pp. 187-209 %D 1997

  34. S. J. Friedlander and A. Lyashenko, %T Nonlinear instability of a processing body with a cavity filed by an ideal fluid %J SIAM J. Math. Analysis vol. 29 no. 2 %D 1998

  35. S. J. Friedlander and L. Howard, %T Instability in parallel flows revisted %O to appear, Studies in Applied Math

  36. S. J. Friedlander and M.M. Vishik, %T Asymptotic methods for magnethydrodynamic stability %O to appear, Quarterly of Applied Math

  37. S. J. Friedlander, %T Lectures on Stability and Instability of an ideal fluid %O to appear, IAS/Park City Lectures, AMS vol. 3., Ed. L. Caffarelli

  38. S. J. Friedlander and A. Lyashenko, %T A sufficient condition for instability in the limit of vanishing dissipation %O to appear, J. Math Analysis and Applications
\pubhead{Reviews}

  1. S. J. Friedlander %T Rheometry %O by K. Walters, S.I.A.M. Reviews 20 (1978), 197-198

  2. S. J. Friedlander %T Free Oscillations of the Earth %O by E. Lapwood and T. Usami, S.I.A.M. Reviews 24 (1982), 496-497

  3. S. J. Friedlander %T Imaging the Earth's Interior %O by J.F. Claerbout, S.I.A.M. Reviews 28 (1986), 256-257
\pubhead{Interdisciplinary Publications}

  1. S. J. Friedlander and A. Powell, %T The Mathematical Miller of Nottingham %J The Mathematical Intelligencer II vol. 4 pp. 38-40 %D 1989

  2. S. J. Friedlander %T A Celebration of women in mathematics %J Notices of AMS vol. 42 no. 1 pp. 32-42 %D 1995


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