Paper 13094-4
GMT enclosure detail engineering design: facing the construction phase
16 June 2024 • 11:10 - 11:30 Japan Standard Time | Room G403/404, North - 4F
Abstract
The GMT enclosure detail engineering design has been consolidated to confidently face the future construction phase. This final detailed design phase has focused on delivering a cost-effective reliable enclosure that can be efficiently built in Las Campanas remote location providing a resilient integrated system that will house and protect GMT telescope against adverse environmental and seismic conditions. A seamless integration of a wide variety of disciplines including concrete and steel structures, mechanisms, mechanical-electrical-plumbing (MEP), telescope specific utilities, control systems and architectural has been vital to comply with the strict requirements of the project.
Besides, a thorough validation plan has been produced comprising analytical verification, early prototypes, factory and site assembly and testing plans (FAT & SAT), to guarantee performance and reliability of all subsystems at the site. Furthermore, construction procedures, techniques and logistics have been reviewed and considered when developing design key features together with assembly specifications so that the enclosure is constructed at the site in a safe and effective manner.
Presenter
IDOM S.A. (Spain)
Nerea Castro is the Deputy Project Manager of the GMT Enclosure project. She received her MSc in Structural and Mechanical Engineering from the University of the Basque Country (UPV-EHU) in 2008 and has sixteen (16) years of experience in IDOM ADA in developing innovative approaches to unique mechanical solutions, based on the use of advanced tools like finite elements calculations and simulations, fatigue simulations and advanced aging simulations. She has been involved in the design and construction of projects such as San Mamés Barria (New Football Stadium for the Athletic Club Bilbao), Design of EELT Dome and Foundations (European Extremely Large Telescope), WINDBOX Blade Bearing and Hub Test Stand, and in the partial mechanical design of the first phases of the Daniel K. Inouye Solar Telescope (DKIST) Enclosure, among others. She has broad international experience in project design and detailed projects, as well as on site assembly and commissioning of mechanical turn-key projects