Fault Diagnosis & Sensors

The "Fault Diagnosis & Sensors" Section seeks original research that is related to advanced methods, technologies, and systems for fault diagnosis, failure prognosis, and non-destructive testing, using various sensor types for multiple industrial applications, i.e., aerospace, power generation, oil and gas, construction, transport, manufacturing, and many others. This Section provides a platform for the publication of original scientific research that is likely to have a broad impact and intends to explore feature topics through the establishment of Special Issues.

Keywords:

• fault detection and diagnosis
• fault/failure prognosis
• root cause analysis and troubleshooting in the case of faults/failures
• condition monitoring methods, technologies, and systems
• non-destructive testing (NDT) methods, technologies, and systems
• structural health monitoring methods, technologies, and systems
• advanced and novel sensors based on force, heat, sound, electricity, magnetism, etc., for fault diagnosis, failure prognosis, and NDT
• sensor data fusion for fault diagnosis, failure prognosis, and NDT
• intelligent sensors and sensor networks for fault diagnosis, failure prognosis, and NDT
• signal and image processing for fault diagnosis, failure prognosis, and NDT
• certification for fault diagnosis, failure prognosis, and NDT
• pattern recognition, machine learning, artificial intelligence, and data analytics for fault diagnosis, failure prognosis, and NDT
• nonlinear methods, technologies, and systems for fault diagnosis, failure prognosis, and NDT
• big data for fault diagnosis, failure prognosis, and NDT
• modal analysis, finite element analysis, and computational fluid dynamics for fault diagnosis, failure prognosis, and NDT
• modelling for fault diagnosis, failure prognosis, and NDT
• lubrication and tribology for fault diagnosis, failure prognosis, and NDT
• nano technologies for fault diagnosis, failure prognosis, and NDT
• design, architecture, and information technology for fault diagnosis, failure prognosis, and NDT
• adaptation and automation for fault diagnosis, failure prognosis, and NDT
• fault-tolerant control
• physics and analysis of faults/failures/failure modes
• reliability assessment and quality control
• digital twins for fault diagnosis, failure prognosis, and NDT
• high-performance computing and edge computing for fault diagnosis, failure prognosis, and NDT
• industry 4.0 for fault diagnosis, failure prognosis, and NDT
• measurement methods, technologies, and systems for fault diagnosis, failure prognosis, and NDT