The system is modelled by a non-homogeneous elliptic linear partial differential equation subject to non-homogeneous Dirichlet boundary conditions. After summarising some theoretical results and sketching the typical structure of an identification algorithm, which is based on the cost functional minimisation approach, we deal with some computational results.-from Author
Crosta, G. (1982). Identification of the transmissivity of a confined aquifer. In S. Rinaldi (a cura di), Environmental systems analysis and management. Proc. IFIP WG7.1 working conference, Rome, 1981 (pp. 21-38). Amsterdam : North-Holland.
Identification of the transmissivity of a confined aquifer
CROSTA, GIOVANNI FRANCO FILIPPOPrimo
1982
Abstract
The system is modelled by a non-homogeneous elliptic linear partial differential equation subject to non-homogeneous Dirichlet boundary conditions. After summarising some theoretical results and sketching the typical structure of an identification algorithm, which is based on the cost functional minimisation approach, we deal with some computational results.-from Author
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