The engineering equipment gets many components and failure modes, and its failure mechanism is very complicated.
Engineering research with high-energy x-rays at CHESS covers a wide array of applications: material processing, component deformation and failure, and new energy storage systems, to name a few.
Wind turbines operate in highly turbulent environments resulting in aerodynamic loads that can easily excite turbine structural modes, potentially causing component fatigue and failure.
These greatly reduce the flux of the mobile component and cause failure of the standard macroscopic theories, including, e.g., the Maxwell Stefan theory.
The pipeline is considered as a series system for which the component and system failure probabilities are computed by Monte Carlo simulations.
The most common complications include aseptic loosening, pain, secondary placement of the patella component, and polyethylene failure (Database 2011, Aggarwal et al. 2014, Schairer et al. 2014).
The estimation of conditional probabilities required in the BPN models, such as the probability of a combined failure of several components and system failure conditional on components failure, are discussed.
The potential risks associated with constrained acetabular components include component failure, dislocation and increased interfacial stresses resulting in acetabular loosening.
The stochastic analysis includes possible component and connection failures, load redistribution based on progressive failure, spatial distribution of wind load, and internal pressure variation caused by roof sheeting failure.
Most serious among a catalogue of flaws – including communications, component and electronic failures – was a fault with the primary mirror.
