This paper presents the state of the art in Structural Reliability Analysis (SRA) methods with
a view of identifying key applications of each method and its proposed variations, qualifying …

The kinematic trajectory accuracy reliability is an essential index to evaluate the service
performance of industrial robots. This study proposes a new kinematic trajectory accuracy …

The system reliability optimization design is an indispensable part in the reliability
engineering. The traditional reliability–redundancy allocation problem (RRAP) is widely …

Traditional methods for structural uncertainty problems with nonconventional distributions
involve a significant computational burden, attributed to the nonlinear increase of structures …

平纹机织碳纤维复合材料在结构上具有多尺度特性和空间随机性. 同时, 组分材料会因存储条件
和组成相成分, 批次的不同导致力学性能有所差异. 当考虑各尺度结构和组分性能参数不确定性 …

Reliability-based design optimization (RBDO) is a useful tool for design optimization when
considering the probabilistic characteristics of the design variables. However, its use in …

General presence of uncertainties in geometrical parameters of industrial robots, such as
link length, distance between two connecting rods, joint rotation angle and torsional angle …

For reliability analysis, there may be several potential distributions for a random variable due
to limited samples available. For the same reason, a distribution may not be available …

The reliability-based design optimization (RBDO) problem involving discrete design
variables and multi-working constraints is tackled with the consideration of the uncertainty …

Uncertainty propagation analysis, which assesses the impact of the uncertainty of input
variables on responses, is an important component in risk assessment or reliability analysis …