ciemat contribution: design effort, tools and methods jesús a. garcía matos
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CIEMAT contribution: Design effort, tools and methods Jesús A. García Matos Electrical Engineering Unit Department of Technology CIEMAT. June, 11th 2014. Index. About us Team structure & facilities Our contribution: The MCBX Specifications, tasks & schedule. - PowerPoint PPT PresentationTRANSCRIPT
CIEMAT contribution:Design effort, tools and methods
Jesús A. García MatosElectrical Engineering UnitDepartment of Technology
CIEMAT
June, 11th 2014
About us Team structure & facilitiesOur contribution: The MCBX Specifications, tasks & schedule.Software tools & information exchange.Main concerns.
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Index
ABOUT US
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The Electrical Engineering Unit at CIEMAT
Direction: Luis García TabaresManagement: Teresa MartinezSecretary: Paloma Ortiz
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Team Structure
Accelerator Technology:
Fernando Toral
Power Systems:
Marcos Lafoz
Developments:Luis García-Tabares
Manufacturing:Jesús Calero Engineering
Jesús A. GarcíaDaniel GavelaAngel Guirao
Eduardo MolinaIvan Moya
Diego ObradorsConcepción OliverFrancisco J. Olivert
Ivan PodaderaLaura Sanchez
Marcos BlancoPablo Concha
Gustavo Navarro
Pablo AbramianMauro Gallardo
Jose Luis Gutierrez
Daniel LopezLuis Miguel
Martinez
Alfonso CasadoJavier
MunillaCristina Vazquez
* People more involved in the project
The Electrical Engineering Unit at CIEMATFacilities
Main Offices (Moncloa) CIEMAT Winding Machine (Moncloa)
Energy & Superconductivity(J. Camarillo)
Accelerators Components(J. Camarillo) 5
OUR CONTRIBUTION:THE MCBX
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CIEMAT contribution to HL-LHC
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CIEMAT is in charge of the MCBX nested correctorConceptual designPrototype ManufacturingPrototype Test (in collaboration with CERN)
CIEMAT contribution to HL-LHC
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Specifications of MCBX H&V:• Combined Dipole: Square
operation range in X-Y.• Aperture = Ø150 mm• Working Temperature= 1.9 K• Integrated Field = 2.5 Tm• Length ≅ 1.2 m
Schedule:• Mid 2014: Conceptual design.• Early 2015: Design report and
drawings.• Early 2016: Completed prototype.• Late 2016: Tests at 4.2K
* Caution: The iron holes configuration that is shown at this presentation corresponds to the long version of the magnet.
SOFTWARE TOOLS& INFORMATION EXCHANGE
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Software tools – Magnetic Design
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Roxie 10.2.1/10.2.2
Software tools – 2D/3D CAD
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Software tools – Mechanical Design
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Software tools – Calculations
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Software tools – Documentation
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+
Software tools - Summary
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Numerical Simulations Calculations Documentation
Roxie
.dxf
Solidworks
2D/3Dmodel
Ansys
EMforces
∆u
Matlab
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Excel
Word +
Zotero+
Powerpoint
Exchange of information
Internally Local and network servers ready to
exchange models, drawings and all class of information.
Externally Depending on the project needs.
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MAIN CONCERNS
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Main concerns
2D/3D CAD Format: Native or neutral?
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Main concerns
Communication between teams with related parts i.e. Iron holes across common cold
masses.
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MQXF D1
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Thank You