The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404.
Conceptual Design
TC comments (III)
2
HL-LHC Life cycleMoving from the concept to the development stage implies an assessment and a validation of the requirements.
Acquisition Process
Organizational Project-Enabling Processes
Project Processes: Planning, Measurements, Assessment, Control, Risk, Configurarion, Information, Decision Management
Requirements definition
Functional specification
Engineering specification
Fabrication, Assembly and
Verification
Installation - Comissioning
Operation & Maintenance
Concept Stage Development Stage Production Stage
Utilization stage
Support Stage
Dismantling
Retirement stage
3
Moving from Concept to DevelopmentThis validation shall at least include a common agreement on the following requirements:
• Performance parameters
• Technical parameters
• Configuration and installation constrains
• Interface parameters
• Cost and Schedule constrains
4
WPs included
5
Time line
WP April May May June June July July August August Sept Sept Oct
Defining architecture
Drafting
Presentation TC
Implement comments
Final Approval
6
Work to be done after• Implement comments received during this sessions
(July – Sep 2014)
• Consolidate de conceptual specifications and find missing tasks and incompatibilities (July – Sep 2014)
• Prepare be first Schedule (July - Oct 2014)
• Prepare de bottom up budget (July - Dec 2014)
• Start the conceptual specifications for the “software wps” and for the technical infrastructures and services (Sept - Dec 2014)
7
Work to be done after• Contents shall be coherent with PDR
• Launching of Technical specifications linked to the conceptual specifications
WP4
8
WP4
Crab cavities (ACF)
LHC
Cryomodule(ACFGA)
RF services(ACFSV)
SPS prototype
Other function
Harmonic system
200 MHz
800 MHz
Other function
Wide-band feedback
9
WP12
WP12
Vacuum (V)
Beam screenNon-shielded
(VSC)
P2(VSCG)
P8(VSCG)
Shielded Beam Screen(VSM)
P1(VSMA)
P5(VSMA)
Vacuum chambers (VCj)
Vacuum layout (LV)
LSS 1 LSS 5 LSS 4Insulation vacuum
(LVI)
By pass vacuum layout (LV)
Vacuum layout experiments (LVXj)
ATLAS
CMS
LHCb
ALICE
WP 3 Magnets for Insertion Regions
10
WP3(Magnets)
MQXFA(Q1, Q3)
MQXFB(Q2)
Orbit correctors
MCBXFA(Q1, Q3)
MCBY (Q5)
MCBC (Q6)
MCBXFB (Q2)
MCBRD (D2)
MCBYY (Q4)
High-order correctors
MQSXF
MCSSXF
MCSXF
MCOXF
MCOSXF
MCDXF
MCDSXF
MCTXF
MCTSXF
MBXF (D1) MBRD (D2) MQYY (Q4) MQY (Q5) MQML (Q6)
11
WP11
WP1111 T dipole magnet
2 m Model
Double-aperture Magnet (MBHDP)
Single-aperture Magnet(MBHSP)
11-T Dipole (DS)
Cryo-assembly (LBH)
Cold mass (LMBH)
Magnet (MBH)
Other(tbc)
Cryo-assembly prototype (LBH_P)
Cold mass (LMBHP)
Magnet (MBH_P)
Other (tbc)
Connection cryostat (LE?xxx)
12
WP6Cold powering
P7
Arc
P5
Matching Section
Inner Triplet
Arc
P1
Matching Section
Inner Triplet
Arc
The HiLumi LHC Design Study is included in the High Luminosity LHC project and is partly funded by the European Commission within the Framework Programme 7 Capacities Specific Programme, Grant Agreement 284404.
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