General material properties of Denizli (SW Turkey) travertines as a building stone

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Abstract

The quality and material properties of Denizli travertine as a natural building stone have been investigated. The Denizli region is one of the world's major travertine deposits and production basins. Travertine blocks are extracted from over fifty quarries in the region. In this study, investigations and evaluations of experimental test results of travertine samples from six areas (Kakli{dotless}k-Kocabaş, Honaz-Emirazizli, Aşagi{dotless}dagdere, Akköy, Karaçay and Çivril), which represent the entire Denizli basin, are presented. Kakli{dotless}k-Kocabaş is the biggest production area in the region, and therefore most of the quarries are located in this area. Physical, mechanical, micro-structural and macro-structural properties of the travertine samples are evaluated within the scope of stone quality assessment. Variations of test results by area are presented, and correlations between them are proposed. Test results are also compared with the results of various studies from Turkey and other parts of the world. © 2013 Springer-Verlag Berlin Heidelberg.

Description

Institutional Author Profiles

Keywords

Denizli, Dimension stone, Properties, Travertine, Building materials, Quarries, Experimental test, Micro-structural, Natural building stones, Quality assessment, Limestone, building stone, dimension stone, mechanical property, microstructure, physical property, rock mechanics, travertine, Denizli [Turkey], Turkey, Denizli, Travertine, 550, Turkey, dimension stone, Properties, Natural building stones, microstructure, Quarries, Limestone, mechanical property, Denizli [Turkey], Building materials, Experimental test, travertine, Dimension stone, Micro-structural, building stone, physical property, Quality assessment, rock mechanics

Fields of Science

0211 other engineering and technologies, 02 engineering and technology, 01 natural sciences, 0105 earth and related environmental sciences

Citation

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Q1

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OpenCitations Citation Count
13

Source

Bulletin of Engineering Geology and the Environment

Volume

73

Issue

3

Start Page

825

End Page

838
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