A model agnostic procedural framework for reverse concrete mix design using existing artificial intelligence property predictors

Image for article A model agnostic procedural framework for reverse concrete mix design using existing artificial intelligence property predictors
News Source : Nature.com

News Summary

  • The framework defines stages for target translation, model eligibility screening, candidate feasibility, reverse trial adjustment, uncertainty-aware acceptance, engineering coherence checking, and reproducible reporting.
  • A numerical case study using a 3544-record concrete mixture dataset trained an extremely randomized trees predictor and applied the proposed gates to a 40 MPa, 28-day reverse design target.
  • The contribution is procedural and validation-focused rather than a new optimization algorithm.
Artificial intelligence models in concrete materials research usually operate as forward property predictors.

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