Simulation ground water level of substantial polder systems

N. D. Bobarykin^a, E. N. Grafova^a, K. S. Latyshev<sup>b

a</sup> Kaliningrad State Technical University
^b I. Kant Russian State University

Abstract: The method of a communal matrix synthesis of coordinateness transformation from local reference systems (LRS) in a communal reference system (CRS) for any configuration of polder systems supplying forming ground water level (GWL) in a communal reference system is designed. The numerical accounts GWL in CRS give adequate submission about time-space allocation of groundwater's for all drained massif permitting quantitatively to value qualities of polder systems.

Received: 25.06.2007

 English version: Mathematical Models and Computer Simulations, 2010, 2:1, 131–135

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