Iterative techniques are a key methodology for the numerical solution of optimization problems in differential equations. In two practical application problems with different characteristics, this paper shows, how multigrid methods can be applied efficiently to this problem class. Problem formulations, solution approaches as well as numerical results are presented
A number of experimental implementations of the multigrid algorithm for the solution of systems of p...
Proceedings of the conference on mulitgrid methods held at Koeln-Porz, 23 - 27 Nov 1981 published in...
Reproduced by courtesy of Springer Verlag from Lecture Notes vol. 960 ''Multigrid Methods''SIGLETIB:...
Iterative techniques are a key methodology for the numerical solution of optimization problems in di...
AbstractIterative techniques are a key methodology for the numerical solution of optimization proble...
Multigrid technique is a mathematical method which when13; implemented for the numerical solution of...
Linear-quadratic optimal control problems governed by elliptic partial differential equations arise ...
Multigrid methods have been proven to be an efficient approach in accelerating the convergence rate ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/2...
This paper presents a numerical method for PDE-constrained optimization problems. These problems ari...
Multigrid presents both an elementary introduction to multigrid methods for solving partial differen...
Multigrid technique has been tried to solve the Full Potential Equation on an airfoil in Cartesian g...
Multigrid methods have been very active area of research since it was introduced in 1960’[19]. It is...
Discipline where multigrid methods have found extensive13; applications with remarkable success is c...
Reproduced by courtesy of Springer-Verlag form Lecture Notes Volume 960 'Multigrid Methods'; With 11...
A number of experimental implementations of the multigrid algorithm for the solution of systems of p...
Proceedings of the conference on mulitgrid methods held at Koeln-Porz, 23 - 27 Nov 1981 published in...
Reproduced by courtesy of Springer Verlag from Lecture Notes vol. 960 ''Multigrid Methods''SIGLETIB:...
Iterative techniques are a key methodology for the numerical solution of optimization problems in di...
AbstractIterative techniques are a key methodology for the numerical solution of optimization proble...
Multigrid technique is a mathematical method which when13; implemented for the numerical solution of...
Linear-quadratic optimal control problems governed by elliptic partial differential equations arise ...
Multigrid methods have been proven to be an efficient approach in accelerating the convergence rate ...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/2...
This paper presents a numerical method for PDE-constrained optimization problems. These problems ari...
Multigrid presents both an elementary introduction to multigrid methods for solving partial differen...
Multigrid technique has been tried to solve the Full Potential Equation on an airfoil in Cartesian g...
Multigrid methods have been very active area of research since it was introduced in 1960’[19]. It is...
Discipline where multigrid methods have found extensive13; applications with remarkable success is c...
Reproduced by courtesy of Springer-Verlag form Lecture Notes Volume 960 'Multigrid Methods'; With 11...
A number of experimental implementations of the multigrid algorithm for the solution of systems of p...
Proceedings of the conference on mulitgrid methods held at Koeln-Porz, 23 - 27 Nov 1981 published in...
Reproduced by courtesy of Springer Verlag from Lecture Notes vol. 960 ''Multigrid Methods''SIGLETIB:...
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