CIEMAT contribution: Design effort, tools and methods Jesús A. García Matos Electrical Engineering Unit Department of Technology CIEMAT June, 11th 2014.

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Presentation transcript:

CIEMAT contribution: Design effort, tools and methods Jesús A. García Matos Electrical Engineering Unit Department of Technology CIEMAT June, 11th 2014

About us Team structure & facilities Our contribution: The MCBX Specifications, tasks & schedule. Software tools & information exchange. Main concerns. 2 Index

ABOUT US 3

The Electrical Engineering Unit at CIEMAT Direction: Luis García Tabares Management: Teresa Martinez Secretary: Paloma Ortiz 4 Team Structure Accelerator Technology: Fernando Toral Power Systems: Marcos Lafoz Developments: Luis García-Tabares Manufacturing: Jesús Calero Engineering Jesús A. García Daniel Gavela Angel Guirao Eduardo Molina Ivan Moya Diego Obradors Concepción Oliver Francisco J. Olivert Ivan Podadera Laura Sanchez Marcos Blanco Pablo Concha Gustavo Navarro Pablo Abramian Mauro Gallardo Jose Luis Gutierrez Daniel Lopez Luis Miguel Martinez Alfonso Casado Javier Munilla Cristina Vazquez * People more involved in the project

The Electrical Engineering Unit at CIEMAT Facilities Main Offices (Moncloa) CIEMAT Winding Machine (Moncloa) Energy & Superconductivity (J. Camarillo) Accelerators Components (J. Camarillo) 5

OUR CONTRIBUTION: THE MCBX 6

CIEMAT contribution to HL-LHC 7 CIEMAT is in charge of the MCBX nested corrector Conceptual design Prototype Manufacturing Prototype Test (in collaboration with CERN)

CIEMAT contribution to HL-LHC 8 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 9

Software tools – Magnetic Design 10 Roxie /10.2.2

Software tools – 2D/3D CAD 11

Software tools – Mechanical Design 12

Software tools – Calculations 13

Software tools – Documentation 14 +

Software tools - Summary 15 Numerical SimulationsCalculationsDocumentation Roxie.dxf Solidworks 2D/3D model Ansys EM forces ∆u Matlab + 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. 16

MAIN CONCERNS 17

Main concerns 2D/3D CAD Format: Native or neutral? 18

Main concerns Communication between teams with related parts i.e. Iron holes across common cold masses. 19 MQXF D1

20 Thank You