从干堆积、湿堆积、化学堆积、复杂原料的等效堆积等方面综述了超高性能混凝土(UHPC)配合比设计理论从MAA模型发展至全尺度物理和化学协同堆积模型的过程,阐述了人工智能技术在提升理论设计精度中的重要应用,以及借助UHPC设计理论实现固废高质化利用和混凝土高性能协同提升的可行性,可为UHPC原材料的优化设计提供参考.
A comprehensive overview of the development of the mix design theory of ultra-high performance concrete(UHPC)from the MAA model to full-scale physical and chemical synergistic stacking models,including aspects such as dry stacking,wet stacking,chemical stacking,and equivalent stacking of complex materials are provided.It also elucidates the significant application of artificial intelligence technology in improving theoretical design accuracy and the feasibility of achieving high-quality utilization of solid waste and synergistic enhancement of concrete performance through UHPC design theory.It can serve as a reference for the optimization design of UHPC raw materials.