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Development of Reference Geometry in CATIA Besik Kekelia Georgian Technical University SCSWT’2012 South Caucasus Software / Computing Workshop & Tutorial.

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Presentation on theme: "Development of Reference Geometry in CATIA Besik Kekelia Georgian Technical University SCSWT’2012 South Caucasus Software / Computing Workshop & Tutorial."— Presentation transcript:

1 Development of Reference Geometry in CATIA Besik Kekelia Georgian Technical University SCSWT’2012 South Caucasus Software / Computing Workshop & Tutorial Oct 23, 2012

2 Outline  ATLAS V1 3D Data Base  SmarTeam 3D Data Base  Reference Geometry in CATIA  Conclusion SCSWT'2012, Tbilisi, 23 October 2012

3 Atlas V1 and SmarTeam Data Base SmarTeam Data Base Local Data Base created by GCEEC ATLAS UPGRADE ATLAS CURRENT ATLAS V1 3D Data Base 3705 3D models SCSWT'2012, Tbilisi, 23 October 2012

4 ATLAS Detector V1 3'705 big assemblies with 32 GB data. It contains more than 10'000'000 functional elements SCSWT'2012, Tbilisi, 23 October 2012

5 ATLAS V1 Structure B - Beam Vacuum I - Inner Detector A - LArg Calorimeter L - Tile Calorimeter T - Toroid Magnets M - Muon Spectrometer J - Sheildings S - Services H - Support Structure F - Infrastructure P - Temporary Structure AB - LArg Barrel Cryostat AE - LArg End-Cap Cryostat LB - Tile Barrel Calorimeter LE - Tile Extended Calorimeter TB - Barrel Toroid TE - End-Cap Toroid MB - Barrel Brackets & Rails MC - Chambers MA - Alignment SB - Barrel Calorimeter SE - Extended Calorimeter SM - Muon Spectrometer SR - Racks, Cable Trays SG - Gas SO - Cooling HX - Access Structure HB - Feet and Rails FC - Cavern Cranes FB - Civil Engineering FV - Heating & Ventilation FX - Cryogenics FE - Electrical Distribution FH - Structures FO - Others TBC - Cryoring TBW - Warm Structure TBV - Vacuum Vessels MCB - Muon Barrel Chambers MCE - Muon EC Chambers MAB - Barrel Projective Alignment MAE - EC Alignment FHO - HO Structure FHS - HS Structure FHT - Central Trench Structure FHM - HM Structure MAR - Barrel Reference Alignment HT - Truck HM - Structure HTR - Run Position HTA - Access Position MCEE - EIL4

6 Atlas V1 Local Data Base Muon Spectrometer - Structure 1792 Clash SCSWT'2012, Tbilisi, 23 October 2012

7 Atlas V1 Local Data Base Missed parts Small WheelSide A Small WheelSide C SCSWT'2012, Tbilisi, 23 October 2012

8 Atlas V1 Local Data Base Modified model Small WheelSide A Small WheelSide C SCSWT'2012, Tbilisi, 23 October 2012

9 Atlas V1 Local Data Base Full Overlap UMB__0128 UMB__0129 SCSWT'2012, Tbilisi, 23 October 2012

10 Atlas V1 Local Data Base Clash UMB__0024 UMB__0018 Modified

11 Atlas Data Base Structure on Smarteam

12 SmarTeam Data Base Same models, but different names CAD000138493CAD000173790 SCSWT'2012, Tbilisi, 23 October 2012

13 SmarTeam Data Base Big Wheel Support Simplified model Detail model Smarteam Atlas V1 Local Data Base SCSWT'2012, Tbilisi, 23 October 2012

14 SmarTeam Data Base - TB Coil Detail model Atlas V1 Local Data Base Smarteam Simplified model Coil SCSWT'2012, Tbilisi, 23 October 2012

15 Reference Geometry in CATIA DCA - Larg Calorimeter DCL - Tile Calorimeter D - Detector Comp. Level 1 DC - Calorimeter Level 2 DIB - Barrel DMB - BR Chambers Level 3 DTM - Toroid magnets DTS - Solenoid Magnet Level 4 DB - Beem Vacuum DCAB - LArg BR Cryost. DCAE - LArg EC Cryost. DCLE - Tile Ext. Cal. DCLB - Tile Barrel Cal. DTMB - BR Toroid Mg DTME - EC Toroid Mg DMS - Small Wheel DMF - Forward Muon DMFO – EO Chambers DMFE - EE Chambers DMFI - EI Chambers DJF - Forward Shield. DJ T - JTT DJM – JM/JD DIP - Pixel DIE - EndCap DIC - Cryostat DJ - Sheildings DM - Muon Spectrm. DT - Magnets DI - Inner Detector DID - ID and Plates DMW – BW Chambers

16 Reference Geometry in CATIA CDD (CERN Drawings Directory) SCSWT'2012, Tbilisi, 23 October 2012

17 Reference Geometry in CATIA Coil by GCCEC SCSWT'2012, Tbilisi, 23 October 2012

18 Reference Geometry in CATIA SmarTeam ModelATLAS V1 Model Compare between SmarTeam and Atlas V1 models Modified model SCSWT'2012, Tbilisi, 23 October 2012

19 Conclusion our aim is for creating new improved database of Atlas detector for existing improved database of Atlas because this geometry is used in different projects: - For comparing already existed geometry of simulation project. - For adding new geometry (volumes) in simulation project. Especially in support and services - For Initialization and upgrading of Atlas detector by Atlas technical group SCSWT'2012, Tbilisi, 23 October 2012

20 Thank you for Attention Besik Kekelia Georgian Technical University


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