Engineering Geology
ISSN: 0013-7952
Datasets associated with articles published in Engineering Geology
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- Data for: Investigating the softening of weak interlayers during landslides using nanoindentation experiments and simulationsThree shale samples are immersed in water for different immersing time t (t=0days, 1day, 3days, 5days, 10days). Then these samples are tested using the nanoindentation experiment with Berkovich indenter and Cube Corner indenter. The indentation grid of Berkovich indenter consists of 225 indentations, and the indentation grid of Cube Corner indenter consists of 100 indentations. The data includes the elastic modulus and hardness measured by Berkovich indenter, as well as the hardness measured by Cube Corner indenter.
- Data for: A new joint morphology parameter considering the effects of micro-slope distribution of joint surfaceThe research in the manuscript.
- Data for: A new Vs30 map for Italy based on the seismic microzonation dataset-3 RAR files: raster file for Vs30 mean, Vs30-sigma, Vs30+ sigma -legend.qml: style for Vs30 raster file visualization for QGIS users
- Data for: Friction Angle and Overconsolidation Ratio of Soft Clays from Cone Penetration TestNumerical results of cone penetration testing using press-replace method in undrained modified Cam-clay soil model
- Data for: Interaction between Fault and Off-Fault Seismic Sources in Hazard Analysis – a Case Study from Israel.This is the unified, declustered, magnitude-complete catalog used to compute activity rates for hazard analysis in Kanti and Kamai.
- Data for: A novel dynamic impact pressure model of debris flow and its application on reliability analysis of surrounding rock mass of tunnelsAttached files are the original drawings for the paper titled "A novel dynamic impact pressure model of debris flows and its application on reliability analysis of the rock mass surrounding tunnels" Some files show the errors of "something went wrong" during uploading. The reason is speculated that the file size exceeds 1MB.
- Data for: Multivariate Probability Distribution of Shanghai Clay PropertiesA database for 11 clay parameters covering 50 sites in Shanghai with 4051 data points is compiled. These sites are distributed in 8 Districts of Shanghai covering approximately 145 km2 in area. This is the first sizeable multivariate soil database compiled at the municipal level. The data points are collected from site investigation reports of Shanghai. Soil properties which are measured in close proximity are selected to constitute a set of data points. This database is useful for studies of the soil properties about Shanghai clay. It also enriches the information of soil properties from a global perspective and will contribute to the development of machine learning algorithm for geotechnical problems.
- Data for: Variation of hydro-mechanical properties of two Indian bentonites due to electrolyte concentration: microstructural perspective Experimental results.
- Data for: Comparative spatial predictions of the locations of soil-rock interface in SingaporeBorehole data were used in this study.
- Data for: Rock strengthening or weakening upon heating in the mild temperature range?The detailed information on the reviewed rocks confirming rock strengthening.