𝐏𝐋𝐀𝐗𝐈𝐒 𝟑𝐃 𝐂𝐨𝐮𝐫𝐬𝐞: 𝐅𝐫𝐨𝐦 𝐓𝐡𝐞𝐨𝐫𝐲 𝐓𝐨 𝐏𝐫𝐚𝐜𝐭𝐢𝐜𝐞
Our PLAXIS 3D Course is your gateway to mastering one of the most powerful geotechnical engineering tools available. Whether you're a beginner or a seasoned engineer, this course is meticulously designed to take you from the fundamentals to advanced applications. Covering real-world projects, including settlement analysis, seismic design, slope stability, and soil improvement techniques like stone columns and jet grouting, each lesson is packed with practical insights. You'll gain hands-on experience through detailed tutorials that break down complex concepts into easy-to-follow steps, empowering you to confidently apply PLAXIS 3D in your professional work.
With over 25 hours of video content and 65+ tutorials, this course ensures you're equipped with the skills necessary to solve the toughest geotechnical challenges. Learn how to model shallow and deep foundations, perform 3D finite element analysis, and simulate the effects of real earthquake data on multi-story buildings. Whether you're looking to enhance your technical expertise or advance your career, our PLAXIS 3D Course will provide you with the practical knowledge and confidence to succeed in today's competitive engineering landscape. Join the growing community of geotechnical professionals and take your skills to the next level!
Example Curriculum
- Lesson 1. Introduction to PLAXIS 3D (17:59)
- Lesson 2. Introduction to Shallow Foundation (7:39)
- Lesson 3. Ultimate Bearing Capacity of Square Footing Using PLAXIS 3D (38:38)
- Lesson 4. Optimizing Mesh Size for Shallow Foundation in PLAXIS 3D (20:17)
- Lesson 5. Exploring Shear Failure in Footings Laboratory Experiments vs PLAXIS 3D Simulation (11:55)
- Lesson 6. Ultimate Bearing Capacity of Full-Scale Square Footing Using PLAXIS 3D (32:39)
- Lesson 7. Effect of Water Table on Ultimate Bearing Capacity of Foundation Using PLAXIS 3D (12:01)
- Lesson 8. Bearing Capacity of Shallow Foundation on Loose Sand Using PLAXIS 3D (21:05)
- Lesson 9. Bearing Capacity of Shallow Foundation on Medium Dense Sand Using PLAXIS 3D (15:58)
- Lesson 10. Estimation Factor of Safety (FS) of Foundation Using PLAXIS 3D (19:23)
- Lesson 11. Understanding Soil-Structure Interaction & Interface Modeling in PLAXIS 3D (23:27)
- Lesson 12. Effect of Foundation Depth (Df) on Ultimate Bearing Capacity Using PLAXIS 3D (15:30)
- Lesson 13. Optimizing Analysis Time Symmetrical Quarter Model in PLAXIS 3D (18:02)
- Lesson 14. Estimation of Allowable Bearing Capacity of Foundation Based on Settlement Using PLAXIS 3D (13:49)
- Lesson 15. Estimation of Allowable Bearing Capacity of Circular Footing Using PLAXIS 3D (9:56)
- Lesson 16. Estimation of Allowable Bearing Capacity of Circular Footing Using PLAXIS 2D Axisymmetric Approach (15:08)
- Lesson 17. Simulation of Circular Footing Using Volume Element Modeling with PLAXIS 3D (13:58)
- Lesson 18. Modeling a Square Footing with Column Neck Using Volume Elements in PLAXIS 3D (21:57)
- Lesson 19. Modelling Combined Footing by Plate Element Using PLAXIS 3D (17:58)
- Lesson 20. Modelling Combined Footing by Volume Element Using PLAXIS 3D (19:19)
- Lesson 21. Simulation of Isolated footing under eccentric Load Using PLAXIS 3D (15:36)
- Lesson 22. Simulation of Isolated footing under Vertical Load and moment Using PLAXIS 3D (7:45)
- Lesson 23. Simulation of Isolated footing under Inclined Load Using PLAXIS 3D (8:13)
- Lesson 24. Simulation of Isolated Footing Under Combined Loadings Using PLAXIS 3D (9:48)
- Lesson 25. Numerical Simulation of Dewatering with Excavation Using PLAXIS 3D (33:30)
- Lesson 26. Elasto Plastic Analysis of Drained Footing Using PLAXIS 3D (11:52)
- Lesson 27. Elasto Plastic Analysis of Undrained Footing Using PLAXIS 3D (10:41)
- Lesson 28. Foundation Analysis using different Soil constitutive models Mohr-Coulomb vs. Hardening Soil (19:43)
- Lesson 29. Precision in Soil Analysis: Comparing Mohr-Coulomb and Hardening Soil Models (8:49)
- Lesson 30. Simulation of Strip Footing Under Vertical Load Using PLAXIS 3D (16:10)
- Lesson 31. Simulation of Sloped Footing Using PLAXIS 3D (24:22)
- Lesson 32. Bearing Capacity of Foundation on Two Layered Soil Using PLAXIS 3D (21:51)
- Lesson 33. Bearing Capacity of layered Soil: Strong Soil underlain by Weak Soil Using PLAXIS 3D (18:41)
- Lesson 34. Bearing Capacity of layered Soil: Weak Soil underlain by Strong Soil Using PLAXIS 3D (15:35)
- Lesson 35. Continuous Foundation on Weak Clay with a granular trench Using PLAXIS 3D (33:33)
- Lesson 36. Bearing Capacity of Footing on Rock with Hoek-Brown Constitutive Model in PLAXIS 3D (28:09)
- Lesson 37. Investigating the Effect of Cavity on bearing capacity of Footing Using PLAXIS 3D (25:21)
- Lesson 38. Impact of Underground Concrete Pipe on Footing Behavior Using PLAXIS 3D (14:06)
- Lesson 50. Simulation of Shallow Foundation on Soft Clay Reinforced with Stone Columns Using PLAXIS 3D (44:07)
- Lesson 51. Simulation of Shallow Foundation on Soft Clay Reinforced with Geogrid-Encased Stone Columns Using PLAXIS 3D (37:33)
- Lesson 52. Simulation of Shallow Foundation on Soft Soil Improved with Jet Grouting Using PLAXIS 3D (46:12)
- Lesson 53. Consolidation Settlement Analysis for Multi-Story Building Using PLAXIS 3D (48:57)
- Lesson 54. Consolidation Settlement Analysis Based on Minimum Excess Pore Water Pressure Using PLAXIS 3D (15:54)
- Lesson 55. Consolidation Settlement Analysis Based on the Degree of Consolidation Using PLAXIS 3D (15:28)
- Lesson 56. Effect of Ground Water Flow Boundary Conditions on Consolidation Time Using PLAXIS 3D (9:25)
- Lesson 57. Consolidation Settlement Analysis of Soft Clay Using PLAXIS 3D (25:37)
- Lesson 58. Mitigating Soft Soil Settlement Using Preloading Method With PLAXIS 3D (29:04)
- Lesson 59. Accelerating Consolidation Settlement with Drains Using PLAXIS 3D (15:30)
- Lesson 60. Seismic Analysis of Raft Foundation Using Real Earthquake Record in PLAXIS 3D (47:23)
- Lesson 61. Seismic Analysis of Piled-Raft Foundation Using California Earthquake Data in 1990 in PLAXIS 3D (24:53)
- Lesson 62. Seismic Analysis of a Full-Scale Multi-Story Building Using PLAXIS 3D (33:15)