This article presents a computational approach for slope stability analysis using the finite element method, highlighting its application in geotechnical engineering.
The US Nuclear Regulatory Commission provides guidelines on computational methods for slope stability design, focusing on the safety of nuclear facilities and structures.
Researchers discuss the application of numerical modeling in slope stability design, including the use of computational methods for simulating various geological scenarios.
A video tutorial series introducing the basics of slope stability analysis, covering computational methods and their practical applications in civil engineering.
OpenSlope is a computational tool for slope stability analysis, providing an open-source platform for engineers and researchers to design and analyze slopes using various numerical methods.
The American Society of Civil Engineers publishes guidelines and standards for slope stability design, emphasizing the role of computational methods in mitigating landslide and rockfall hazards.
A book chapter discussing the application of computational geotechnics in slope stability analysis, including the use of finite element and discrete element methods.
A course offered by the Massachusetts Institute of Technology covering the principles of slope stability analysis and design, with a focus on computational methods and their application in geotechnical engineering.