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This topic explores the critical principles and methodologies involved in the geotechnical design of embankment slopes, focusing on ensuring their long-term stability and safety. It covers various analytical techniques and engineering solutions to prevent slope failure, considering soil properties, external loads, and environmental factors crucial for reliable infrastructure.

Rock Slope Stability Analysis is a crucial geotechnical process that evaluates the potential for rock masses to fail along natural or engineered slopes. This comprehensive analysis identifies various failure mechanisms, assesses the overall risk to infrastructure and human life, and guides the design of effective mitigation strategies. It is essential for ensuring safety in construction projects, mining operations, and managing geological hazards in challenging terrains worldwide.