Concrete Pour Planning AI
AI optimization of concrete placement sequences and pour schedules.
Definition
Concrete Pour Planning AI optimizes concrete placement for large projects. It plans pour sequences, sizes placements, coordinates pump and delivery logistics, and schedules finishing crews to ensure quality concrete construction while meeting schedule requirements.
In Depth
Concrete pour planning determines how a concrete structure is divided into individual pours — deciding where to place construction joints, what sequence to follow, and how to schedule pours to balance curing time, formwork availability, and crew productivity. AI optimizes these decisions for the project's specific constraints.
The pour sequence affects structural behavior, construction schedule, and cost. AI considers the structural engineer's requirements for construction joint locations, the formwork system's reuse cycle time, the concrete supplier's delivery capacity, the curing time required before stripping forms, and the overall construction schedule constraints. The output is a pour-by-pour plan showing joint locations, pour volumes, concrete mix requirements, and scheduled dates.
Examples
Sequencing slab pours
Planning pump logistics
Scheduling placement crews
Nomic Use Cases
See how Nomic applies this in production AEC workflows:
Frequently Asked Questions
Concrete Pour Planning AI optimizes concrete placement for large projects. It plans pour sequences, sizes placements, coordinates pump and delivery logistics, and schedules finishing crews to ensure quality concrete construction while meeting schedule requirements.
Sequencing slab pours. Planning pump logistics. Scheduling placement crews.
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