Abstract – Pointwise geological data in are used as initial information for creating hydrogeological models (HM). Interpolation methods are applied to create -maps on (xy)grids of HM. The maps represent geometrical and physical features of geological layers. If solutions of boundary field problems are used as interpolation results then in represent boundary conditions. They must be joined to nodes of the interpolation grid. In this paper the case is considered when the local data search region presents a circle. Features of this approach are investigated if the circle radius changes from zero to two plane steps of a uniform (xy)grid
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
Abstract: The spatial interpolation of property fields in 3D, such as the temperature, salinity, and...
To enhance the accuracy of three-dimensional geological model, emphasize the high local relevance ch...
Abstract – Pointwise geological initial data in are used for creating hydrogeological models (HM). ...
ABSTRACT: For complex hydrogeological models (HM) including areas of non-existent geological struc-t...
Geophysical data is often collected at irregular intervals along a profile or over a surface area. ...
The construction of computational grids which accurately reflect complex geologic structure and stra...
On the route to a spatio-temporal geoscience information system, an appropriate data model for geo-o...
Typescript (photocopy).The approximation or interpolation of irregularly spaced data in two or highe...
Abstract—Various methods of geofield parameters restoration (by algebraic polynoms; filters; rationa...
This paper summarizes the requirements for the interpolation scheme needed for the CTBT Knowledge Ba...
Several key techniques in 3D geological modeling including planar mesh generation, spatial interpola...
Introduction. Integration of stratigraphic reconstructions and hydrogeologic applications represents...
Geological model is part of groundwater modelling processes. 3D geological models such as GSI3D and ...
AbstractGeotechnical engineers need access to the best scientific data available that describe the g...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
Abstract: The spatial interpolation of property fields in 3D, such as the temperature, salinity, and...
To enhance the accuracy of three-dimensional geological model, emphasize the high local relevance ch...
Abstract – Pointwise geological initial data in are used for creating hydrogeological models (HM). ...
ABSTRACT: For complex hydrogeological models (HM) including areas of non-existent geological struc-t...
Geophysical data is often collected at irregular intervals along a profile or over a surface area. ...
The construction of computational grids which accurately reflect complex geologic structure and stra...
On the route to a spatio-temporal geoscience information system, an appropriate data model for geo-o...
Typescript (photocopy).The approximation or interpolation of irregularly spaced data in two or highe...
Abstract—Various methods of geofield parameters restoration (by algebraic polynoms; filters; rationa...
This paper summarizes the requirements for the interpolation scheme needed for the CTBT Knowledge Ba...
Several key techniques in 3D geological modeling including planar mesh generation, spatial interpola...
Introduction. Integration of stratigraphic reconstructions and hydrogeologic applications represents...
Geological model is part of groundwater modelling processes. 3D geological models such as GSI3D and ...
AbstractGeotechnical engineers need access to the best scientific data available that describe the g...
GeoComputation is a relatively recent and emergent discipline containing numerous methods and techni...
Abstract: The spatial interpolation of property fields in 3D, such as the temperature, salinity, and...
To enhance the accuracy of three-dimensional geological model, emphasize the high local relevance ch...