Conference proceedings · 2026
EUROCK 2026 Conference Proceedings
Risk Management in Rock Engineering
Research, practice, and case histories advancing safer decisions across rock mechanics and rock engineering.
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21 papers found
Ordering and page ranges can be updated by the editorial team as the final volume is assembled.
Friction-Angle Sensitivity of Open-Pit Slope Stability and Field Performance
Data analysis for the assessment of roadheader performance in carbonate rocks
Predictive Block Stability Analysis by Integrating UAV-Based Photogrammetry and Back Analysis
Defining a graphical basis for developing roughness model of discontinuity
Effect of rock matrix permeability on fluid-injection-induced hydro-mechanical coupled behaviour of rock discontinuities
Advancing Slope Stability Practice in New Zealand: The NZGS Guidelines and their application in Greywacke
Novel approaches for the evaluation of the roughness of discontinuities and failure surfaces in landslides and rock slopes
UAV-Based Geostructural Characterization of Discontinuities in a Rock Wall to Support Rockfall Stability Analyses
Artificial Fracture Generation and Surface Roughness Quantification in Brittle Rocks
Optimal Stoping Limits, Stability, and Dip Pillars for Seismicity: SA Gold Mine
Characterizing Shear Strength of Rock Discontinuities under the Patton Failure Criterion
Stability Assessment of Block–Flexural Toppling Using Numerical and Deterministic Approaches
Progressive Reactivation of the Baliyanala Landslide: Geological Controls and 3D Numerical Assessment
Performance Evaluation of a Ventilated Stone Façade after 48 Years of Service Life
Reliability-based design of the rock slope support considering the planar failure of multiple blocks
A Large-Scale Shear Apparatus for Rock Discontinuities and Interfaces
Correlation between structural geological and geotechnical properties of the rock mass at the Lukovo Pole dam site
Status of Rock Slope Characterization Using Remote Sensing Techniques: A Bibliometric Analysis
Laboratory Assessment of Shear Strength Parameters of Carpathian Flysch
Machine Learning-Based Prediction of Bearing Capacity of Shallow Foundations on Rock Masses
Technical programme
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Eleven tracks span assessment, characterization, design, climate, heritage, education, and emerging methods.
Featured
Keynote lectures
7 lectures
01
Risk assessment methods
20 papers
02
Rock properties, testing methods and site characterization (incl. planetary rock mechanics)
66 papers
03
Design methods and analysis (incl. EC 7)
25 papers
04
Rock dynamics, crustal stress and earth/marsquakes
3 papers
05
Rock mechanics related to environmental and mining engineering
33 papers
06
Implications of climate change on rocks and rock engineering projects
5 papers
07
Geotechnical aspects of soft rocks and hard soils
10 papers
08
Rock mechanics for cultural heritage
13 papers
09
Artificial Intelligence and Machine Learning in Rock Mechanics and Rock Engineering
17 papers
10
Case histories
20 papers
11
Rock Mechanics education and training
5 papers