A boundary value problem in the hyperbolic space.
A bridge principle for minimal and constant mean curvature submanifolds of RN.
A characterization of a minimal submanifold in
A class of boundary problems for extremal surfaces of mixed type in Minkowski 3-space.
A conjecture on minimal surfaces
Simple computations support the conjecture that a small spherical surface with its center on a minimal surface cannot be divided by the minimal surface into two portions with different area.
A Dirichlet problem for an H-system with variable H.
A finiteness result in the free boundary value problem for minimal surfaces
A homological characterization of foliations consisting of minimal surfaces.
A limiting geometry for capillary surfaces
A maximum principle for mean-curvature type elliptic inequalities
A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part II.
A Method of Solving Nonlinear Variational Problems by Nonlinear Transformation of the Objective Functional. Part I.
A new obstruction to minimal isometric immersions into a real space form.
A new proof of the gardient estimate for graphs of prescribed mean curvature.
A non-existence theorem for stable constant mena curvature hypersurfaces.
A note on the existence of H-bubbles via perturbation methods.
We study the problem of existence of surfaces in R3 parametrized on the sphere S2 with prescribed mean curvature H in the perturbative case, i.e. for H = Ho + EH1, where Ho is a nonzero constant, H1 is a C2 function and E is a small perturbation parameter.
A Note on the Interpretation of Closed H-Surfaces in Physical Terms.
A parabolic analogue of Finn's maximum principle.
A parametric variational principle for minimal surfaces of varying topological type.
A Pertubation Theorem for Surfaces of Constant Mean Curvature.