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Инструменты темы |
| Day | Focus Area | Key Topics & Practical Exercises | | :--- | :--- | :--- | | | Fundamentals & Interface | - Introduction to FEM vs LEM. - PLAXIS 2D UI: Project properties, geometry creation (boreholes, points, lines, clusters). - Material data sets: Unit weights, stiffness, strength parameters. - Workshop 1: Settlement of a circular footing (Linear Elastic & Mohr-Coulomb comparison). - Meshing principles (15-node vs 6-node elements, coarseness, local refinements). | | Day 2 | Advanced Models & Construction | - Undrained behavior (A, B, C effective stress parameters). - Workshop 2: Excavation with sheet pile wall (Interface elements, anchor modeling, dewatering). - Workshop 3: Embankment on soft soil (Plane strain, consolidation analysis, staged construction). - Introduction to Hardening Soil model and Soft Soil Creep. | | Day 3 | Dynamics, Safety & Output | - Safety analysis: Phi/c reduction for global stability. - Groundwater flow (Steady-state & transient, phreatic lines, flow conditions). - Workshop 4: Slope stability with water drawdown. - Dynamic analysis basics (Earthquake loading, boundary conditions). - Advanced output: Cross-sections, stress paths, curves manager, exporting data. |
With dozens of options online, look for these five hallmarks of quality:
Mastering PLAXIS 2D allows engineers to move beyond simple limit equilibrium methods and tackle complex ground-structure interaction problems.
By taking the PLAXIS 2D training course, you can:
Real-world projects are rarely simple. Consider a deep excavation next to a historic building, a tunnel boring machine passing under a railway, or a dyke constructed on soft organic clay. In these scenarios, the following complexities arise:
| Exercise | Problem | PLAXIS Features Applied | | :--- | :--- | :--- | | | Shallow foundation settlement | Linear Elastic, MC, displacement-controlled loading, load-settlement curve. | | 2 | Deep excavation in sand | Plate (diaphragm wall), interface, anchor, groundwater seepage, heave check. | | 3 | Highway embankment on clay | Soft Soil Creep, consolidation, vertical drains (simplified), staged construction. | | 4 | Reservoir dam drawdown | Steady-state seepage, transient flow, safety analysis (Phi/c reduction) before/after drawdown. |
Our curriculum is built around the core workflows required in professional practice: Model Foundations: Create accurate soil profiles and select appropriate constitutive material models (e.g., Mohr-Coulomb, Hardening Soil). Finite Element Mastery: Master the art of generating and refining 2D meshes to ensure high-precision stress-strain results. Staged Construction: Simulate realistic loading sequences , excavation phases, and dewatering scenarios. Advanced Analysis: Perform slope stability exercises, consolidation analysis , and pore pressure evaluation. Result Interpretation: Learn to post-process and interpret complex simulation data to create professional, actionable engineering reports. Why Enroll? Hands-on Practice: Work through practical examples including retaining structures, tunnels, and embankments Industry-Standard Skills: PLAXIS 2D is the preferred FEA software
| Day | Focus Area | Key Topics & Practical Exercises | | :--- | :--- | :--- | | | Fundamentals & Interface | - Introduction to FEM vs LEM. - PLAXIS 2D UI: Project properties, geometry creation (boreholes, points, lines, clusters). - Material data sets: Unit weights, stiffness, strength parameters. - Workshop 1: Settlement of a circular footing (Linear Elastic & Mohr-Coulomb comparison). - Meshing principles (15-node vs 6-node elements, coarseness, local refinements). | | Day 2 | Advanced Models & Construction | - Undrained behavior (A, B, C effective stress parameters). - Workshop 2: Excavation with sheet pile wall (Interface elements, anchor modeling, dewatering). - Workshop 3: Embankment on soft soil (Plane strain, consolidation analysis, staged construction). - Introduction to Hardening Soil model and Soft Soil Creep. | | Day 3 | Dynamics, Safety & Output | - Safety analysis: Phi/c reduction for global stability. - Groundwater flow (Steady-state & transient, phreatic lines, flow conditions). - Workshop 4: Slope stability with water drawdown. - Dynamic analysis basics (Earthquake loading, boundary conditions). - Advanced output: Cross-sections, stress paths, curves manager, exporting data. |
With dozens of options online, look for these five hallmarks of quality: plaxis 2d training course
Mastering PLAXIS 2D allows engineers to move beyond simple limit equilibrium methods and tackle complex ground-structure interaction problems. | Day | Focus Area | Key Topics
By taking the PLAXIS 2D training course, you can: - Workshop 1: Settlement of a circular footing
Real-world projects are rarely simple. Consider a deep excavation next to a historic building, a tunnel boring machine passing under a railway, or a dyke constructed on soft organic clay. In these scenarios, the following complexities arise:
| Exercise | Problem | PLAXIS Features Applied | | :--- | :--- | :--- | | | Shallow foundation settlement | Linear Elastic, MC, displacement-controlled loading, load-settlement curve. | | 2 | Deep excavation in sand | Plate (diaphragm wall), interface, anchor, groundwater seepage, heave check. | | 3 | Highway embankment on clay | Soft Soil Creep, consolidation, vertical drains (simplified), staged construction. | | 4 | Reservoir dam drawdown | Steady-state seepage, transient flow, safety analysis (Phi/c reduction) before/after drawdown. |
Our curriculum is built around the core workflows required in professional practice: Model Foundations: Create accurate soil profiles and select appropriate constitutive material models (e.g., Mohr-Coulomb, Hardening Soil). Finite Element Mastery: Master the art of generating and refining 2D meshes to ensure high-precision stress-strain results. Staged Construction: Simulate realistic loading sequences , excavation phases, and dewatering scenarios. Advanced Analysis: Perform slope stability exercises, consolidation analysis , and pore pressure evaluation. Result Interpretation: Learn to post-process and interpret complex simulation data to create professional, actionable engineering reports. Why Enroll? Hands-on Practice: Work through practical examples including retaining structures, tunnels, and embankments Industry-Standard Skills: PLAXIS 2D is the preferred FEA software
