This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. ... more This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. As all geological cross sections are formed of rock mass that lies under upper layers of soil cover, analysis have been run by using Hoek Brown failure criterion and Mohr-Coulomb failure criterion respectively. Data on geotechnical parameters were determined by statistical analysis of results from laboratory experiments, field tests and literature data. Values of safety factor are obtained by deterministic slope stability analysis using characteristic values of parameters from statistical distributions. Sensitivity analysis for safety factors has been completed and Monte-Carlo probability analysis adopted distribution curves for parameters.
This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. ... more This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. As all geological cross sections are formed of rock mass that lies under upper layers of soil cover, analysis have been run by using Hoek Brown failure criterion and Mohr-Coulomb failure criterion respectively. Data on geotechnical parameters were determined by statistical analysis of results from laboratory experiments, field tests and literature data. Values of safety factor are obtained by deterministic slope stability analysis using characteristic values of parameters from statistical distributions. Sensitivity analysis for safety factors has been completed and Monte-Carlo probability analysis adopted distribution curves for parameters.
A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states a... more A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states and proper-ties, which has a certain influences on the mechanical and hydraulic behavior during construction and exploitation of engineering structures. Practical aspects of the problem analysis arise from the fact that the areas of Bosnia and Her-zegovina, Macedonia and the entire Balkans is characterized by presence of wide areas covered with carbonate com-plexes, where large number of complex engineering structures have been, or shall be constructed in the future. In this context, their engineering-geological modeling is still a practical and scientific challenge. The analysis of engineer-ing-geological properties is one of the main steps in forming of analytical and geotechnical models for complex rock structures. This article gives a data about the range for these properties, according to the results from an extensive in-vestigation program. Some original correlations and testing res...
A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states a... more A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states and proper-ties, which has a certain influences on the mechanical and hydraulic behavior during construction and exploitation of engineering structures. Practical aspects of the problem analysis arise from the fact that the areas of Bosnia and Her-zegovina, Macedonia and the entire Balkans is characterized by presence of wide areas covered with carbonate com-plexes, where large number of complex engineering structures have been, or shall be constructed in the future. In this context, their engineering-geological modeling is still a practical and scientific challenge. The analysis of engineer-ing-geological properties is one of the main steps in forming of analytical and geotechnical models for complex rock structures. This article gives a data about the range for these properties, according to the results from an extensive in-vestigation program. Some original correlations and testing res...
This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. ... more This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. As all geological cross sections are formed of rock mass that lies under upper layers of soil cover, analysis have been run by using Hoek Brown failure criterion and Mohr-Coulomb failure criterion respectively. Data on geotechnical parameters were determined by statistical analysis of results from laboratory experiments, field tests and literature data. Values of safety factor are obtained by deterministic slope stability analysis using characteristic values of parameters from statistical distributions. Sensitivity analysis for safety factors has been completed and Monte-Carlo probability analysis adopted distribution curves for parameters.
This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. ... more This paper presents conducted stability analysis for landslide "Kukovi", Bosnia and Herzegovina. As all geological cross sections are formed of rock mass that lies under upper layers of soil cover, analysis have been run by using Hoek Brown failure criterion and Mohr-Coulomb failure criterion respectively. Data on geotechnical parameters were determined by statistical analysis of results from laboratory experiments, field tests and literature data. Values of safety factor are obtained by deterministic slope stability analysis using characteristic values of parameters from statistical distributions. Sensitivity analysis for safety factors has been completed and Monte-Carlo probability analysis adopted distribution curves for parameters.
A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states a... more A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states and proper-ties, which has a certain influences on the mechanical and hydraulic behavior during construction and exploitation of engineering structures. Practical aspects of the problem analysis arise from the fact that the areas of Bosnia and Her-zegovina, Macedonia and the entire Balkans is characterized by presence of wide areas covered with carbonate com-plexes, where large number of complex engineering structures have been, or shall be constructed in the future. In this context, their engineering-geological modeling is still a practical and scientific challenge. The analysis of engineer-ing-geological properties is one of the main steps in forming of analytical and geotechnical models for complex rock structures. This article gives a data about the range for these properties, according to the results from an extensive in-vestigation program. Some original correlations and testing res...
A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states a... more A b s t r a c t: The Carbonate Rock masses are a geological media with extremely complex states and proper-ties, which has a certain influences on the mechanical and hydraulic behavior during construction and exploitation of engineering structures. Practical aspects of the problem analysis arise from the fact that the areas of Bosnia and Her-zegovina, Macedonia and the entire Balkans is characterized by presence of wide areas covered with carbonate com-plexes, where large number of complex engineering structures have been, or shall be constructed in the future. In this context, their engineering-geological modeling is still a practical and scientific challenge. The analysis of engineer-ing-geological properties is one of the main steps in forming of analytical and geotechnical models for complex rock structures. This article gives a data about the range for these properties, according to the results from an extensive in-vestigation program. Some original correlations and testing res...
Uploads
Papers by Azra Krvavac