Retaining Wall Design AI
AI design of retaining walls for earth retention and slope stabilization.
Definition
Retaining Wall Design AI designs retaining walls for site grading, slope stabilization, and building construction. It analyzes soil pressures, groundwater conditions, and loading to design gravity walls, cantilever walls, MSE walls, and other retaining structures.
In Depth
Retaining wall design for buildings and sites requires analyzing the lateral earth pressure, water pressure, surcharge loads, and seismic forces that act on the wall, then sizing the structural elements to resist these forces with adequate factors of safety. AI automates these calculations for each wall segment along the project.
For basement walls in buildings, AI calculates the lateral earth pressure from the Rankine or Coulomb methods based on the geotechnical report soil properties, adds hydrostatic pressure if the groundwater level is above the wall base, applies surcharge loads from adjacent foundations or vehicular traffic, and sizes the wall thickness and reinforcement to resist the resulting moments and shears.
Examples
Designing MSE walls
Analyzing soil pressures
Sizing cantilever walls
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Retaining Wall Design AI designs retaining walls for site grading, slope stabilization, and building construction. It analyzes soil pressures, groundwater conditions, and loading to design gravity walls, cantilever walls, MSE walls, and other retaining structures.
Designing MSE walls. Analyzing soil pressures. Sizing cantilever walls.
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