We have computed the phase of spreading contaminations in Kojima Lake by using the upwind-type finite element method. We have treated the two cases: the pollutant flows from the Sasagase river and from the Kurashiki River. We see that the upwind-type finite element method is effective in both cases, when the diffusion constant is quite small
Two-dimensional finite element techniques are described that model closely the complicated fluctuati...
The purpose of this paper is to investigate estimation of velocity, water elevation and contaminant ...
A new methodology for a robust solution of the diffusive shallow water equations is proposed. The me...
We have computed the phase of spreading contaminations in Kojima Lake by using the upwind-type finit...
We treat the problem of water pollution by the method of a mathematical model. We illustrate the met...
Topographical data of Kojima Lake have been updated by applying data obtained after dredging. Togeth...
We study unsteady flow that models lake flow in Kojima Lake. We assume that a lake is connected to a...
We study a wind-generated current in Kojima Lake. We introduce an experimantal result which was obta...
A finite element method was applied to equations of fluid dynamics to simulate currents generated in...
We present some results of a finite element analysis for an unsteady flow in Kojima Lake. We also pr...
A surface impoundment model in finite element (SIMFE) is presented to enable the simulation of flow ...
The paper presents an application of the finite element method for two-dimensional shallow water cir...
A finite element method is applied to a system of partial differential equations governing the dyna...
A non-linear parabolic system is used to describe incompressible nuclear waste disposal contaminatio...
Two-dimensional finite element techniques are described that model closely the complicated fluctuati...
The purpose of this paper is to investigate estimation of velocity, water elevation and contaminant ...
A new methodology for a robust solution of the diffusive shallow water equations is proposed. The me...
We have computed the phase of spreading contaminations in Kojima Lake by using the upwind-type finit...
We treat the problem of water pollution by the method of a mathematical model. We illustrate the met...
Topographical data of Kojima Lake have been updated by applying data obtained after dredging. Togeth...
We study unsteady flow that models lake flow in Kojima Lake. We assume that a lake is connected to a...
We study a wind-generated current in Kojima Lake. We introduce an experimantal result which was obta...
A finite element method was applied to equations of fluid dynamics to simulate currents generated in...
We present some results of a finite element analysis for an unsteady flow in Kojima Lake. We also pr...
A surface impoundment model in finite element (SIMFE) is presented to enable the simulation of flow ...
The paper presents an application of the finite element method for two-dimensional shallow water cir...
A finite element method is applied to a system of partial differential equations governing the dyna...
A non-linear parabolic system is used to describe incompressible nuclear waste disposal contaminatio...
Two-dimensional finite element techniques are described that model closely the complicated fluctuati...
The purpose of this paper is to investigate estimation of velocity, water elevation and contaminant ...
A new methodology for a robust solution of the diffusive shallow water equations is proposed. The me...