This study presents novel reliability-based technique, being especially useful for lifetime
assessment of multi-dimensional dynamic systems, consisting of cross-correlated …

Current study advocates novel Gaidai hazards assessment methodology that may be
utilized for excessive wave-heights spatiotemporal risk analysis, thus advancing climate …

Modern cargo vessel transport constitutes an important part of global economy; hence it is of
paramount importance to develop novel, more efficient reliability methods for cargo ships …

Wind turbines and their associated parts are subjected to cyclical loads, such as bending,
torque, longitudinal stresses, and twisting moments. The novel spatiotemporal reliability …

Gulf of Eilat is rich with energy resources, however any industrial natural resource
development requires additional safety, as local eco‐system has to be preserved. In contrast …

Two new techniques for risk and reliability analysis of multidimensional nonlinear dynamic
systems are presented in this study, combined into one novel Gaidai reliability method. First …

Classic reliability methods, dealing with time series, do not have the advantage of dealing
efficiently with system high dimensionality and cross-correlation between different …

Reliability research is essential since WT (Wind turbines) are built to endure high wind and
wave-induced stresses. Novel multivariate and 2D (bivariate) reliability methods presented …

Wind turbines are designed to withstand extreme wind-and wave-induced loads, hence a
reliability study is vital. This study presents a bivariate reliability approach, suitable for …

The paper describes a novel structural reliability method, particularly suitable for multi-
dimensional structural responses, either measured or numerically simulated over sufficient …