Abstract: AbstractProbabilistic interpretation of subsurface stratigraphy from sparse boreholes and cone penetration tests (CPTs) remains a critical yet nontrivial task in geotechnical site characterization. The challenge primarily ...

Abstract: AbstractEnergy piles are a promising green building technology that combines traditional pile foundations with ground heat exchangers, providing both structural support and thermal regulation for buildings. Predicting ...

Abstract: To investigate the anticollapse performance of a multistory composite frame (MSCF) under internal column-removal conditions, a static experiment using a one-third scale, three-story composite frame was conducted. This ...

Abstract: Ultra-high performance fiber reinforced cementitious (UHPFRC) and composite reinforcement techniques have great potential in achieving efficient structural resistance recovery and overall performance enhancement. The goal ...

Abstract: To precisely evaluate the collapse resistance of structures, this paper introduces a hybrid testing technique that establishes time-varying boundary conditions. Traditional and hybrid tests were executed under scenarios ...

Abstract: Currently, the investigation on the collapse performances of steel frames with various structural scales has not formed a system resultant force, which leads to the current “overall qualitative and local quantitative” modes ...