| [1.1] |
Callahan, M., Hoffman, D. & Hoffman, J.
Computer graphics tools for the study of minimal surfaces
|
| [1.2] |
Callahan, M., Hoffman, D. & Meeks III, W. H.
Embedded minimal surfaces with an infinite number of ends
|
| [1.3] |
Hoffman, D. & Meeks III, W. H.
The global theory of properly embedded minimal surfaces
|
| [1.4] |
Meeks III, W. H.
Regularity of the Albanese map for non-oriented surfaces
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| [1.5] |
Eydeland, A. & Spruck, J.
The inverse power method for semilinear elliptic equations
|
| [1.6] |
Spruck, J.
The elliptic sinh-Gordon equation and the construction of toroidal soap bubbles
|
| [1.7] |
Barbanel, E.
Complete minimal surfaces in R3 of low total curvature
|
| [1.8] |
Yang, Y.
Global spatially periodic solutions to the Ginzburg-Landau equation
|
| [1.9] |
Yang, Y.
Almost-periodic solutions of nonlinear parabolic equations
|
| [1.10] |
Yang, Y.
A nonlinear parabolic equation of a wavenumber selection model in cellular flows
|
| [1.11] |
Choi, H. I., Meeks III, W. H. & White, B.
A rigidity theorem for properly embedded minimal surfaces in R3
|
| [1.12] |
Eydeland, A. & Turkington, B.
A numerical study of vortex rings with swirl
|
| [1.13] |
Yang, Y.
Comparison of eigenvalues of Sturm-Liouville problems
|
| [1.14] |
Yang, Y.
Uniqueness without maximum principle for self-adjoint elliptic boundary value problems
|
| [1.15] |
Yang, Y.
Numerical solution of a boundary value problem arising in plate deflection theory
|
| [1.16] |
Anderson, D. M. & Thomas, E. L.
Microdomain morphology of star copolymers in the Strong-Segregation limit
|
| [1.17] |
Thomas, E. L., Anderson, D. M., Henkee, C. S. & Hoffman, D.
Periodic area minimizing surfaces in block copolymers
|
| [1.18] |
Caffarelli, L. A., Gidas, B. & Spruck, J.
Asymptotic symmetry and local behavior of semilinear elliptic equations with critical Sobolev growth
|
| [1.19] |
Meeks III, W. H. & Rosenberg, H.
The global theory of doubly periodic minimal surfaces
|
| [1.20] |
Eydeland, A. & Van Groesen, E.
An extended self-organization principle for modeling and calculating the dissipation of 2D confined Eulerian vortices
|
| [1.21] |
Hoffman, D. & Meeks III, W. H.
Embedded minimal surfaces of finite topology
|
| [1.22] |
Hoffman, D. & Meeks III, W. H.
The strong halfspace theorem for minimal surfaces
|
| [1.23] |
Hoffman, D. & Meeks III, W. H.
A variational approach for the existence of embedded minimal surfaces
|
| [1.24] |
Eydeland, A. & Turkington, B.
An iterative method for computing steady vortex flow systems
|
| [1.25] |
Meeks III, W. H. & Fang, Y.
A note on the geometry of minimal annuli in R3
|
| [1.26] |
Hoffman, D. & Meeks III, W. H.
The asymptotic behavior of properly embedded minimal surfaces of finite topology
|
| [1.27] |
Callahan, M., Hoffman, D. & Meeks III, W. H.
The structure of singly-periodic minimal surfaces
|
| [1.28] |
Meeks III, W. H. & Rosenberg, H.
The maximum principle at infinity for minimal surfaces in flat three manifolds
|
| [1.29] |
Eydeland, A., Spruck, J. & Turkington, B.
Multi-constrained variational problems of nonlinear eigenvalue type: new formulations and algorithms
postscript
pdf
dvi
abstract
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| [1.30] |
Baldes, A. & Wohlrab, O.
Computer graphics of solutions of the generalized Monge-Ampere equation
postscript
pdf
dvi
abstract
|
| [1.31] |
Hoffman, D.
New examples of singly-periodic minimal surfaces and their qualitative behavior
postscript
pdf
dvi
abstract
|
| [1.32] |
Hoffman, D. & Meeks III, W. H.
Limits of minimal surfaces and Scherk's second surface
|
| [1.33] |
Fang, Y.
A new family of Enneper type minimal surfaces
|
| [1.34] |
Meeks III, W. H. & Rosenberg, H.
The geometry of periodic minimal surfaces
|
| [1.35] |
Fang, Y. & Meeks III, W. H.
The geometry of minimal surfaces in a halfspace in R3
|
| [1.36] |
Meeks III, W. H.
The theory of triply periodic minimal surfaces
postscript
pdf
dvi
abstract
|
| [1.37] |
Evans, L. C. & Spruck, J.
Motion of level sets by mean curvature I
postscript
pdf
dvi
abstract
|
| [1.38] |
Evans, L. C. & Spruck, J.
Motion of level sets by mean curvature II
postscript
pdf
dvi
abstract
|
| [1.39] |
Caffarelli, L. A. & Spruck, J.
Variational problems with critical Sobolev growth and positive Dirichlet data
postscript
pdf
dvi
abstract
|
| [1.40] |
Guan, B. & Wei, F.
A maximum principle at infinity for minimal surfaces in R3
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