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Civil Engineering Construction of Underground Works

For the first time at CERN, new shafts and caverns will be excavated inside a surface building. The LHC civil engineering construction for the ATLAS experiment has been designed such that the experimental hall will be completed to the extent that it can provide a secure, weatherproof and sound insul...

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Autor principal: Rammer, H
Lenguaje:eng
Publicado: 1999
Materias:
Acceso en línea:http://cds.cern.ch/record/388517
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author Rammer, H
author_facet Rammer, H
author_sort Rammer, H
collection CERN
description For the first time at CERN, new shafts and caverns will be excavated inside a surface building. The LHC civil engineering construction for the ATLAS experiment has been designed such that the experimental hall will be completed to the extent that it can provide a secure, weatherproof and sound insulated covering to the shaft excavation area. The construction of the two access shafts and the experimental cavern will follow and will be carried out inside the building. This unconventional method of working allows the excavation of the Molasse rock in the dry, which is essential for this type of rock, and ensures reduced environmental pollution by noise and dust. The paper will present the technical infrastructure required for this particular construction method, explain its advantages and disadvantages, and compare it with a conventional method of underground excavations to be used on the same work site for the construction of the service cavern.
id cern-388517
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1999
record_format invenio
spelling cern-3885172019-09-30T06:29:59Zhttp://cds.cern.ch/record/388517engRammer, HCivil Engineering Construction of Underground WorksEngineeringFor the first time at CERN, new shafts and caverns will be excavated inside a surface building. The LHC civil engineering construction for the ATLAS experiment has been designed such that the experimental hall will be completed to the extent that it can provide a secure, weatherproof and sound insulated covering to the shaft excavation area. The construction of the two access shafts and the experimental cavern will follow and will be carried out inside the building. This unconventional method of working allows the excavation of the Molasse rock in the dry, which is essential for this type of rock, and ensures reduced environmental pollution by noise and dust. The paper will present the technical infrastructure required for this particular construction method, explain its advantages and disadvantages, and compare it with a conventional method of underground excavations to be used on the same work site for the construction of the service cavern.CERN-ST-99-041oai:cds.cern.ch:3885171999-02-02
spellingShingle Engineering
Rammer, H
Civil Engineering Construction of Underground Works
title Civil Engineering Construction of Underground Works
title_full Civil Engineering Construction of Underground Works
title_fullStr Civil Engineering Construction of Underground Works
title_full_unstemmed Civil Engineering Construction of Underground Works
title_short Civil Engineering Construction of Underground Works
title_sort civil engineering construction of underground works
topic Engineering
url http://cds.cern.ch/record/388517
work_keys_str_mv AT rammerh civilengineeringconstructionofundergroundworks