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Course / Course Details

Advanced Underground Geotechnical Modeling for Mining

  • Veljko Lapcevic image

    By - Veljko Lapcevic

  • 1 students
  • 3 Hours 10 Min
  • (0)

Course Requirements

  • To gain the most from this course, participants should have:

    • Educational Background: A foundation in mining engineering, geology, geotechnical engineering, or related disciplines.
    • Basic Geotechnical Knowledge: Familiarity with geotechnical principles, including rock mechanics and slope stability.
    • Software Skills: Prior experience with geotechnical modeling software (such as FLAC3D, Rocscience, or similar) is helpful, though an introductory overview will be provided.
    • Computer Access: A computer capable of running modeling software for assignments and practice.
  • Course Description

    This Advanced Underground Geotechnical Modeling course provides mining professionals with essential skills in geotechnical analysis for underground operations. It explores advanced numerical modeling techniques, focusing on practical applications to improve safety, productivity, and design in underground environments. Participants will engage with state-of-the-art tools and learn to analyze and manage geotechnical risks effectively, ensuring optimal support design and slope stability in underground mine sites.

    Course Outcomes

    Upon completion of this course, participants will be able to:

    1. Develop Geotechnical Models: Create and validate geotechnical models that simulate underground conditions, stress distributions, and potential failure zones.
    2. Apply Numerical Analysis Techniques: Use finite element and finite difference methods to analyze complex geotechnical challenges in underground settings.
    3. Evaluate Support Systems: Assess and design ground support systems, such as rock bolts and shotcrete, ensuring stability and minimizing risk.
    4. Predict and Manage Risks: Conduct risk assessments and develop mitigation strategies for ground control and structural stability.
    5. Utilize Advanced Software: Gain proficiency in industry-standard geotechnical modeling software, enhancing technical skills for real-world applications.
    6. Communicate Findings: Present analysis results and recommendations effectively to stakeholders, integrating technical insights with operational planning.

    Course Curriculum

    • 1 chapters
    • 1 lectures
    • 1 quizzes
    • 3 Hours 10 Min total length
    Toggle all chapters
    1 Geotechnical Numerical Analysis for Open-Pit Mining [Quiz]
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