Structural reliability analysis is typically evaluated based on a multivariate function that
describes underlying failure mechanisms of a structural system. It is necessary for a …

With the wide application of industrial robots in the field of precision machining, reliability
analysis of positioning accuracy becomes increasingly important for industrial robots. Since …

A major issue in the structural reliability analysis is to determine an accurate estimation
result of the failure probability ideally based on a small number of model evaluations. In this …

Adaptively constructing the surrogate model for reliability analysis has been widely studied
for the advantage of guaranteeing the estimation accuracy while calling the real …

Efficient assessment of mechanical system reliability subject to arbitrary probability
distributions and dependent input parameters signifies an important yet challenging task. To …

This study aims to develop a rotational sparse grid (R-SPGR) method for statistical moment
evaluation and structural reliability analysis with enhanced accuracy and efficiency. The …

This paper presents a new bivariate dimension reduction method (BDRM) for statistical
moments evaluation and structural reliability analysis with accuracy and efficiency. A high …

Kinematic reliability of robotic manipulators is the linchpin for restraining the positional errors
within acceptable limits. This work develops an efficient reliability analysis method to …

A new computational method to evaluate comprehensively the positional accuracy reliability
for single coordinate, single point, multipoint and trajectory accuracy of industrial robots is …

Accurate and efficient reliability evaluation is critical to ensure the safety of gear mechanism.
This paper aims to develop an effective and practical method for time-dependent kinematic …