By means of nonsmooth critical point theory we prove existence of at least two solutions for a general class of variational inequalities when between the obstacle and the behavior at +∞ there is a situation of jumping type.
Groli, A., Squassina, M., Jumping problems for fully nonlinear elliptic variational inequalities, <<JOURNAL OF CONVEX ANALYSIS>>, 2001; 8 (N/A): 471-488 [http://hdl.handle.net/10807/92819]
Jumping problems for fully nonlinear elliptic variational inequalities
Squassina, MarcoUltimo
2001
Abstract
By means of nonsmooth critical point theory we prove existence of at least two solutions for a general class of variational inequalities when between the obstacle and the behavior at +∞ there is a situation of jumping type.
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