"reliability structure" is a correct and usable phrase in written English.
You can use it to describe a system or arrangement that is designed to ensure the dependability or accuracy of a particular operation. For example, "The company implemented a rigorous reliability structure for its production process to ensure maximum efficiency."
1 out 2 reliability structure is considered within two interconnected subsystems as a prototype case.
However, this early prediction is challenging because of the lack of reliability data and the incomplete knowledge of a complex system's reliability structure.
It allows researchers to predict the age-related failure kinetics for a system of given architecture (reliability structure) and given reliability of its components.
Due to the increasing complexity of engineered products, it is of great importance to develop a tool to assess reliability dependencies among components and systems under the uncertainty of system reliability structure.
By considering the reliability, structure and causality characteristics of components comprehensively, the integrated importance measure is also presented to describe the effects of component failures on the state distribution of the multi-state system under uncertainty.
This corresponds to a study where the questionnaire has already been validated using classical methods (face validity, reliability, structure validity...), but not using an IRT model.
This case can be directly generalized on more complex reliability structures and any low authority control algorithm.
The second example involves RAPs of multi-state series parallel reliability structures, wherein each subsystem can consist of a maximum of two types of redundant components.
This paper addresses the heterogeneous redundancy allocation problem in multi-state series-parallel reliability structures with the objective to minimize the total cost of system design satisfying the given reliability constraint and the consumer load demand.
His current research interests include assessment, strengthening and repair of existing structures, structural testing and modelling, reliability of structures, and earth construction.
The developed ROM-Tree consists of: (1) a new reliability analysis structure, (2) reliability metrics, and (3) reliability activities.
