Argon Temperature and Velocity Profiles 13 watt/meter heat load

Document #:

MicroBooNE-doc-15-v5

Document type:

Collaboration Mgmt

Submitted by:

R Schmitt

Updated by:

BT Fleming

Document Created:

30 May 2008, 08:24

Contents Revised:

22 Sep 2011, 09:42

Metadata Revised:

22 Sep 2011, 14:53

Abstract:

The heat load for a foam insulated vessel will be substantially higher than a vacuum insulated vessel. This analysis finds the temperature and velocity profiles.

Files in Document:

• CFD Model with No Conservative Assumptions..docx (756.9 kB)
• Transient Velocity Vectors.wmv (2.0 MB)
• Presentation of results files for the two CFD simulations (CFD Analysis of Buoyancy Driven Liquid Argon in.pptx, 2.3 MB)
• Transient Cryostat Temperature (FieldTemp3.wmv, 1.1 MB)
• Transient Field Cage Temperature (FieldTemp2.wmv, 672.4 kB)

Other Files:

• August 2011 - Liquid Argon Simulation Circulation and Temperature Report (Modeling the MicroBooNe Liquid Argon Circulation and ...docx, 753.3 kB)
• Circulation Conditions - (Previous Design) (Microboone Circulation Conditions.pdf, 724.0 kB)
• DocATTACHMENT #1 - August 2011 - Simulation Drawing (CFD_model_Voirin.dwg, 106.7 kB)
• DocATTACHMENT #2 - August 2011 - Simulation Physics Report (CFX_PhysicsReport.docx, 28.0 kB)
• Temperature Profile - (Previous Design) (Vessel temp profile_13W.png, 116.6 kB)
• Velocity Profile - (Previous Design) (vessel velocity profile13.png, 101.0 kB)

Topics:

• Cryostat - WBS 1.3:Vessel
• Cryogenics - WBS 1.2:Cryo System Calculations
• Cryogenics - WBS 1.2:Circulation & Filling

Authors:

• BT Fleming

Keywords:

argon circulation temperature velocity

Notes and Changes:

added transient temperature information

Related Documents:

• MicroBooNE-doc-12: Argon Circulation 1 watt/square meter heat load
• MicroBooNE-doc-13: Argon Velocity Profile around cage top
• MicroBooNE-doc-14: Backup information for circulation analysis

Associated with Events:

held from 22 Sep 2011 to 23 Sep 2011