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Welcome to the "Mastering Retaining Walls and Shoring Systems in PLAXIS 2D" course! This comprehensive series will guide you through the critical aspects of designing and analyzing retaining walls and shoring systems using PLAXIS 2D. Whether you're a civil or geotechnical engineer, a student, or a researcher, this course is tailored to enhance your understanding of advanced soil-structure interaction and the principles behind stable, cost-effective retaining structures.
In this course, you'll explore:
- Fundamentals of retaining wall design and their role in soil retention.
- Key considerations for designing shoring systems in urban and construction projects.
- Practical hands-on tutorials on implementing different retaining wall and shoring configurations in PLAXIS 2D.
- Techniques for conducting stability, deformation, and safety analysis of retaining walls under various loading conditions.
- Solutions to common challenges in retaining wall and shoring system modeling.
By the end of this course, you'll be proficient in modeling, analyzing, and optimizing retaining walls and shoring systems in PLAXIS 2D, empowering you to deliver safer, more efficient engineering solutions.
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Example Curriculum
Introduction
Available in
days
days
after you enroll
- Tutorial 1. Introduction to "Mastering Retaining Walls and Shoring Systems in PLAXIS 2D" Course (4:26)
- Tutorial 2. Introduction to Retaining Walls and Shoring Systems (17:22)
- Tutorial 3. Understanding Lateral Earth Pressure and Its Influence on Retaining Wall Stability (11:09)
- Tutorial 4: Basics of Soil-Structure Interaction (SSI) in Retaining Wall Design (11:53)
Retaining Walls
Available in
days
days
after you enroll
- Tutorial 5. Simulation of Gravity Retaining Wall Using PLAXIS 2D (48:37)
- Tutorial 6. Impact of Surcharge Load on Gravity Retaining Wall Stability Using PLAXIS 2D (10:44)
- Tutorial 7. Evaluating Lateral Earth Pressure on Retaining Wall. PLAXIS 2D vs. Analytical Method (24:12)
- Tutorial 8. Simulation of Reinforced Concrete Cantilever Retaining Wall Using PLAXIS 2D (31:28)
- Tutorial 9. Impact of High Surcharge Load on the Stability of a Cantilever Retaining Wall Using PLAXIS 2D (23:34)
- Tutorial 10. Impact of Shear Key on Retaining Wall Stability Using PLAXIS 2D (13:27)
- Tutorial 11. Simulation of Cantilever Retaining Wall Using Plate Element in PLAXIS 2D (39:15)
- Tutorial 12. Effect of Hydrostatic Pressure on the Stability of Cantilever Retaining Wall Using PLAXIS 2D (16:04)
- Tutorial 13. Simulation of Tiered Cantilever Retaining Walls Using PLAXIS 2D (34:14)
- Tutorial 14. Importing Soil Stratigraphy from AutoCAD to PLAXIS 2D (6:46)
- Tutorial 15. Retaining Wall in PLAXIS 2D: Volume Element vs. Plate Element Comparison (28:45)
Diaphram Wall
Available in
days
days
after you enroll
- Tutorial 16. Simulation of Deep Excavation Supported by Diaphragm Walls Using PLAXIS 2D (40:00)
- Tutorial 17. Effect of Increasing Number of Struts on Deep Excavation Stability Supported by Diaphragm Walls (19:07)
- Tutorial 18. Long-Term Stability of Diaphragm Wall in Deep Excavation as Basement Wall (50:18)
- Tutorial 19. Interpreting Results: Long-Term Stability of Diaphragm Wall in Deep Excavation (19:44)
Anchored Steel Sheet Pile Walls
Available in
days
days
after you enroll
- Tutorial 20. Modelling Ground Anchors for Sheet Pile Retaining Walls in PLAXIS 2D (14:49)
- Tutorial 21. Design and Analysis of Steel Sheet Pile Retaining Wall for Temporary Excavation: Geo5 and PLAXIS 2D (50:11)
- Tutorial 22. Simulation of Anchored Sheet Pile Retaining Wall for Temporary Excavations Using PLAXIS 2D (23:49)
Curtain Wall Pile
Available in
days
days
after you enroll
Soil Nails Wall
Available in
days
days
after you enroll
Mechanically Stabilized Earth Wall (MSEW)
Available in
days
days
after you enroll