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• Anchored Reinforced Grid Solutions
  • Introduction To Platipus Anchored Reinforced Grid Solutions
  • ‘Simply’ How A Mechanical Anchor Works
  • Stress Distribution & Bearing Capacity
  • Typical Anchor Behaviour
  • Anchored Reinforced Grid Solutions (ARGS) Surface Erosion
  • Anchored Reinforced Grid Solutions (ARGS) Shallow Slide Protection
  • Anchored Reinforced Grid Solutions (ARGS) Deep Seated Failures
  • Anchored Reinforced Grid Solutions (ARGS) Cut Face Slopes
  • Drainage Solutions
  • Installation Tools
  • Design Considerations
• Utility Systems

Design Considerations

1. What is the soil type / conditions where the anchor will reside?

2. What is the vertical height of the embankment?

3. What is the slope angle?

4. How deep is the failure plane?

5. Is there pore water pressure within the embankment?

6. Using a standard geotechnical embankment stabilization program, how much load needs to be applied to the surface to stabilize the slope?

7. What is the factor of safety (usually between 1.2 to 1.5)?

8. What is the design life?

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