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PLAXIS 2D for Geotechnical Engineers recorded

PLAXIS 2D for Geotechnical Engineers recorded

In this workshop, we aim to improve the practical skills in geotechnical engineering by introducing a practical PLAXIS 2D workshop with practical assignments and mentoring throughout 9 weeks. A project will be assigned at the end of the workshop to ensure that all the discussed knowledge and methods are integrated and well understood by all trainees.

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EGP 500
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Description

Benefits of attending this Workshop:

  • Learn modeling skills in structural and geotechnical design using PLAXIS.

  • Know the concept of every task you do.

  • Improving the skills of using PLAXIS

  • Saving time and effort to do modeling tasks.

  • Be qualified to start your career as a geotechnical engineer or freelancer.


Who should attend this workshop

  • Site and office engineers who aim to improve their skills to enhance their careers as geotechnical engineers.

  • Students who aim to improve their knowledge to start their careers as geotechnical engineers.


Workshop Prerequisites

  • Just basic knowledge of geotechnical engineering from college.


Workshop Strategy

  • Providing detailed elaboration of the concept.

  • Providing live practical implementation of the elaborated concepts.

  • Providing tips and tricks of PLAXIS during the sessions.

  • Providing assignments in each session and final project in the final session to be done by the course attendees to ensure their understanding and their practical implementation ability.

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Hit the Point

  • sections: 0
  • Feature: Yes
  • Duration: 27 Hours
  • Category: Civil Engineering
  • Quizzes: Yes
  • Language: Arabic
  • Certificate: Yes

Course Syllabus

  • 1. Introduction to software applications and uses.

  • 2. Explanation of all the program interface and tools

  • 3. SHALLOW FOUNDATIONS

  • 4. Analysis of settlement of a circular foundation footing on sand

  • 5. Introduction to earth retaining systems.

  • 6. Submerged construction of an excavation

  • 7. Dry excavation using a back wall.

  • 8. Introduction to dewatering systems

  • 9. Excavation and dewatering

  • 10. Introduction to slope stability problems

  • 11. Drained and undrained stability of an embarkment

  • 12. Introduction to soil reinforcement

  • 13. Geotextile wall

  • 14. Introduction to deep foundation

  • 15. Piles simulation

  • 16. Final project

Register now