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Feb 23, 2016
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Civil Engineering works for Linear Colliders* :-Brief introduction on the overall machine layout (just for CLIC at this stage)-Experimental Area Layout for CLIC-Experimental Area Layout for ILC -CMS concept-What next ?
*CLIC=Compact Linear Collider, ILC =International Linear Collider
J.Osborne & M.Gastal (CERN) for CLIC & V.Kuchler (Fermilab) for ILC
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70cm
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CLIC Detector hall layout developed by :
A.Gaddi
H.Gerwig
A.Herve
CES will now use this as starting point for CE & services design, including cost estimates
1319/10/2010 [email protected]
2 Detector Caverns (60×28×28m) linked together by a transfer Tunnel
* Driven by Push-Pull concept* Offers stability at the interface between the tunnel and the detector
1419/10/2010 [email protected]
The detector would be moved into beam position on a moving platformThe concept could be similar to the PX56 plug (2200 tons)
N Siegrist – PH-CMX
ILC IR Layout (CERN)
Date Event Global Design Effort 15
RDR Baseline Layouts for Interaction Region
ILC 3d models developed at CERN using CATIA :
CLIC models to follow once draughtsman is identified
2004
Sliding Cover over the CMS experimental shaft
CMS Concrete platform just before concreting
2004
Sliding Cover complete prior to completion of Phase 2 of experimental building
2019/10/2010 [email protected]
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Main Goals of this workshopThe goals are the mini-workshop are to see how we proceed with a
design study for :
• 1. The underground concrete platforms envisaged to move the detectors on/off the beamline
• 2. Ground movement / vibration studies i.e. potential movements induced from caverns excavation and detector movement