A Reliability Analysis Framework of Ship Local Structure Based on Efficient Probabilistic Simulation and Experimental Data Fusion

This paper presents a comprehensive framework for the reliability analysis of ship local structures. Existing structures relies on empirical without experimental validation. The presented improves probabilistic simulation process by combining finite element and Kriging surrogate model to increase computational efficiency in uncertainty quantification. In addition, ultimate strength test data are introduced update prior distribution based Bayesian fusion. A cross-deck structure is studied detail present application this work. provides valuable reference promotes development reliability-based design code. novelty that it introduces combination testing into