Providing and maintaining the frameworks for the automatic analysis of post-mortem data, the automation of the hardware commissioning of the LHC magnet circuits, extending them to machine protection and other accelerator systems. Where applicable, assisting the hardware experts and operation teams during the commissioning of the powering and machine protection systems of the LHC and supporting the operation of the CERN accelerators.
Studying accelerator failure scenarios and their criticality, including the impact of active accelerator equipment and circuit protection elements on the circulating beams, as well as the consequences of failures beyond design. Deriving protection strategies and requirements for machine protection systems for CERN’s current and future accelerators.
Studying the impact of foreign particles interacting with the charged particle beams (UFOs) on the detection of beam losses, related protection systems and accelerator availability in the LHC and future high energy accelerators.
Studying the reliability of machine protection systems and other accelerator equipment for CERN’s accelerators, making concrete design recommendations to improve reliability and encouraging a coherent approach for dependability studies, CERN wide.
Studying the overall machine availability of CERN’s accelerator complex, identifying the systems, which have the biggest impact on their availability, extrapolating these results to HL-LHC and future accelerators and proposing strategies to improve machine availability.
Operating and maintaining the MPE testbed and proposing extensions in collaboration with the involved equipment and software teams.
The CB section is motivated by a common goal which is to help running and designing more reliable and available accelerator systems and avoiding beam induced damage.