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Geotechnical decision process can be complicated especially in larger alluvial areas where sudden lateral and vertical soil changes observed. In this study, geotechnical evaluation by using Geographical Information Systems (GIS) of a medium-scale research area was explained. The research was carried out with in-situ cone penetration test (CPT) data. The external boundaries of this medium-sized industrial site, which includes the typical soils of the Adapazarı plain, were digitized by the GIS software "MapInfo". All the data obtained from CPT and the related geotechnical properties were transferred to the database. The necessary relations between MapInfo and the database were established and thematic maps, that show the bearing capacity and liquefaction regions, were prepared. It was concluded that the use of GIS accelerates the decision-making processes in geotechnical environments and the evaluations are more accurate. Moreover, it is also clear that if an appropriate research program, which ensures the research points are properly distributed in the area, is carried out, CBS will accelerate the conclusion and will reduce the costs.

Coğrafi Bilgi Sistemlerinin Geoteknik Alanında Değişken Zemin Ortamında Uygulaması