The Inner Tracking System Detector of the ALICE experiment at CERN laboratory will be replaced in 2020 with a new Detector. The new electronic components will have a high in terms of dissipated heat. This thesis work has been developed at CERN in Geneva in close contact with the group responsible for the cooling of the Detector. The aim of the thermal fluid dynamic study devised is to deliver to the group a reliable and accurate description od the air flow inside the New Inner Tracking System

Thermal Fluid-Dynamic Study for the Thermal Control of the New Alice Central Detectors. Studio termo fluido-dinamico per il controllo termico dei nuovi rivelatori centrali del progetto Alice

Pelizzari, Andrea
2017/2018

Abstract

The Inner Tracking System Detector of the ALICE experiment at CERN laboratory will be replaced in 2020 with a new Detector. The new electronic components will have a high in terms of dissipated heat. This thesis work has been developed at CERN in Geneva in close contact with the group responsible for the cooling of the Detector. The aim of the thermal fluid dynamic study devised is to deliver to the group a reliable and accurate description od the air flow inside the New Inner Tracking System
2017-04-13
ITS-upgrade, ALICE, CERN, CFD STUDY, thermo-fluid-dynamic
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/25960