A series of Physics-of-Failure (PoF) models for particle erosion wear of electrohydraulic
servovalves (EHSV), and the PoF based erosion wear service life prediction models, are …

Many systems experience dependent competing failure processes resulting from
simultaneous exposure to degradation processes and random shocks. Moreover, the …

A well understanding on the flow forces and energy loss characteristics in a flapper–nozzle
pilot valve is necessarily important in the performance improvement of a two-stage …

In this paper, a multiple stresses reliability model with dependent competing failure
processes (DCFPs) is proposed, which includes constructing the multiple stresses …

In this paper, a repairable multi-component system is studied where all the components can
be repaired individually within the system. The whole system is inspected at inspection …

The temperature-induced variation in operating force of flow control valves may result in
performance degradation or even jam faults of fuel metering unit (FMU), which significantly …

Hydraulic automatic gauge control (AGC) system is the core control system to ensure the
thickness accuracy of cold-rolled plate, and the reliability of its load roll system is the key to …

The main objective of this work is to develop a methodology for the parametric modelling of
the flow rate in hydraulic valve systems. This methodology is based on the derivation, from …

Leakage due to wear is one of the main failure modes of aero-hydraulic spool valves. This
paper established a practical coupling wear model for aero-hydraulic spool valves based on …

The current research of electro-hydraulic servo valves mainly focuses on the vibration,
pressure oscillating and source of noise. Unfortunately, literatures relating to the study of the …