Effect of alteration on roughness in discontinuities surfaces
2010
0 views
0 downloads
Advisor: Yrd. Doç. Dr. İ. Altay Acar
Abstract (EN)
Shear strength of discontinuities is an important component of geotechnical design development. The most important parameter that controls the strength is roughness. As a result of separation, the shear strength of discontinuities decreases. Rough surfaces should increase the shear strength. In some rock materials the roughness may increase while separation increases. In this study, the relation of shear strength of rocks, in which a rough surface is formed after separation such as granite and crystallized limestone, with roughness and decomposition are specified. While the roughness in granites are formed as a result of separation of feldspar minerals, stylolites formation is the reason for rough surface formation in crystallized limestones. Although, the rough surface formation in granites does not increase the shear strength, rough surface formation as a result of stylolites formation cause an increase in shear strength.
Author
Burcu Özvan
How to Cite
Burcu Özvan (Master Thesis). Effect of alteration on roughness in discontinuities surfaces, 2010, Çukurova University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Çukurova University
- The effects of collaborative video-blog projects on Turkish EFL students' linguistic and digital literacy skills(2025)
- An investigation of violent and nonviolent adolescent' families in terms in terms of family fuctioning, anger and anger expression(2006)
- Adolescents who have single parents family and full family were compared in respect to their life satisfaction and quality of life(2009)
- Credit risk management in banking sector: An application of variables determining credit risk in Turkish banking sector(2011)
- Investigation of psychological symptom levels in adolescents according to gender and family functions(2013)
- Assessing morphological and genetic diversity among traditional African eggplant landraces and detecting salt tolerance and anther culture performance of selected accessions(2022)