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Railroad tunnels --- 624.19 --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- Tunnels. Tunnelling. Galleries. Gallery construction --- Tunnels --- Détail de construction --- Histoire de l'architecture --- Histoire de la construction --- Transports --- Tunnel --- France --- Royaume-Uni
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Tunneling is one of the most fascinating disciplines within civil engineering and provides a robust solution to a variety of engineering challenges. It is a complex process, which requires a firm understanding of the ground conditions as well as structural issues and where engineering judgement plays an essential role. This book covers the whole range of areas which you need to know in order to embark upon a career in the exciting field of tunneling. It also includes a number of case studies of real tunnel projects, to demonstrate how the theory applies in practice. The coverage includes: both hard rock and soft ground conditions site investigation, parameter selection and design considerations methods of improving the stability of the ground and lining techniques descriptions of the various tunneling techniques health and safety considerations monitoring of tunnels during construction. Clear, concise and heavily illustrated, this is a vital text for final year undergraduate and MSc students and an invaluable starting point for young professionals.
tunnels --- Building design --- Civil engineering. Building industry --- Underground structures. Earthwork --- Tunneling. --- Tunnels --- Design and construction. --- 624.19 --- 624.13 --- Tunnels. Tunnelling. Galleries. Gallery construction --- Geotechnics. Soil mechanics. Earthworks. Frozen ground engineering --- 624.13 Geotechnics. Soil mechanics. Earthworks. Frozen ground engineering --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- Tunneling --- Structural design --- Earthwork --- Engineering --- Mining engineering --- Rock excavation --- Underground construction --- Excavation --- Design and construction --- Design
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Avec la rareté des terrains dans les espaces urbains, l'homme s'approprie le sous-sol en y construisant des lieux publics. L'architectye est donc confronté aux problèmes liés à la construction souterraine, longtemps déléguée aux ingénieurs. Cet ouvrage aborde le sujet et valorise l'architecture souterraine. Il propose des stratégies de projet pour transformer des espaces a priori hostiles.
Underground architecture --- Underground construction. --- Public spaces. --- Architecture souterraine --- Constructions souterraines --- Espaces publics --- Architecture troglodytique --- Métro --- Tunnel --- Underground architecture. --- 624.03 --- 624.19 --- 725.31 --- Size, permanence, location and shape of structures --- Tunnels. Tunnelling. Galleries. Gallery construction --- Spoorwegstations. Stationsgebouwen. Metrostations --- 725.31 Spoorwegstations. Stationsgebouwen. Metrostations --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- 624.03 Size, permanence, location and shape of structures --- Construction souterraine
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#KVIV:BB --- 519.6 --- 624.131 --- 624.19 --- 627.82 --- Computational mathematics. Numerical analysis. Computer programming --- Soil mechanics. Structural soil technology. Technical and economic studies --- Tunnels. Tunnelling. Galleries. Gallery construction --- Dams. Barrages --- 627.82 Dams. Barrages --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- 624.131 Soil mechanics. Structural soil technology. Technical and economic studies --- 519.6 Computational mathematics. Numerical analysis. Computer programming
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Railway traffic --- Architecture --- History --- 624.19 --- 656.4 --- 625.1 --- 725.31 --- 725.31 Spoorwegstations. Stationsgebouwen. Metrostations --- Spoorwegstations. Stationsgebouwen. Metrostations --- 625.1 Railways in general. Permanent way. Track construction --- Railways in general. Permanent way. Track construction --- 656.4 Transport by light railways --- Transport by light railways --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- Tunnels. Tunnelling. Galleries. Gallery construction
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Vibrations induced by the passage of underground trains are a major environmental concern in urban areas. These vibrations propagate through the tunnel and surrounding soil into nearby buildings causing annoyance to people. Vibrations may also interfere with sensitive equipment, as used in scientific research laboratories and hightech industries. The present study aims to develop a numerical model for prediction of vibrations from underground railways. A coupled periodic FE-BE model that fully accounts for the dynamic interaction between the train, the track, the tunnel and the soil has been developed. The three-dimensional dynamic track-tunnel-soil interaction problem is solved with a subdomain formulation, using a finite element method for the track and the tunnel and a boundary element method for the soil. The periodicity of the track-tunnel-soil system in the longitudinal direction is exploited using the Floquet transformation. The track-tunnel-soil interaction problem is solved in the frequency-wavenumber domain and the wave field radiated into the soil is computed. The mathematical correctness of the coupled periodic FE-BE approach is demonstrated by verifying the method against a semi-analytical pipe-in-pipe model. The coupled FE-BE model has also been validated by means of several experiments that have been performed at the Cité Universitaire on the line RER B of RATP in Paris and in Regent's Park above the Bakerloo line tunnels of London Underground. Despite the large amount of uncertainties present in the problem, a reasonably good agreement is obtained between the predictions and measurements. The coupled periodic FE-BE model and the pipe-in-pipe model are used to perform a parametric study to elucidate the importance of determining factors for subway induced vibrations. A number of parameters related to the vehicle, the track, the tunnel and the soil are investigated. The parametric study has improved the understanding of the generation and propagation mechanisms of vibrations from underground railways. The coupled periodic FE-BE model has also been used to model the vibrations from a high speed train running in a tunnel, demonstrating the applicability of the state-of-the-art model to solve complex engineering problems of vibrations from underground railways. The parametric study has improved the understanding of the generation and propagation mechanisms of vibrations from underground railways. The coupled periodic FE-BE model has also been used to model the vibrations from a high speed train running in a tunnel, demonstrating the applicability of the state-of-the-art model to solve complex engineering problems of vibrations from underground railways.
Academic collection --- 624.042.3 --- 624.19 --- 625.1 --- 625.1 Railways in general. Permanent way. Track construction --- Railways in general. Permanent way. Track construction --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- Tunnels. Tunnelling. Galleries. Gallery construction --- 624.042.3 Incidental loads. Live, superimposed or moving loads (e.g. from vibrations, impact, traffic) --- Incidental loads. Live, superimposed or moving loads (e.g. from vibrations, impact, traffic) --- Theses
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Geologists and civil engineers related to infrastructure planning, design and building describe professional practices and engineering geological methods in different European infrastructure projects.
Engineering geology --- Infrastructure (Economics) --- Planning --- 551 --- 624.13 --- 624.19 --- 622 --- General geology. Meteorology. Climatology. Historical geology. Stratigraphy.Paleogeography. --- Geotechnics. Soil mechanics. Earthworks. Frozen ground engineering --- Tunnels. Tunnelling. Galleries. Gallery construction --- Mining --- Civil Engineering --- Civil & Environmental Engineering --- Engineering & Applied Sciences --- 622 Mining --- 624.19 Tunnels. Tunnelling. Galleries. Gallery construction --- 624.13 Geotechnics. Soil mechanics. Earthworks. Frozen ground engineering --- 551 General geology. Meteorology. Climatology. Historical geology. Stratigraphy.Paleogeography. --- Capital, Social (Economics) --- Economic infrastructure --- Social capital (Economics) --- Social infrastructure --- Social overhead capital --- Economic development --- Human settlements --- Public goods --- Public works --- Capital --- Engineering --- Civil engineering --- Geology, Economic --- General geology. Meteorology. Climatology. Historical geology. Stratigraphy.Paleogeography --- Geology --- 622 Mijnbouw --- Mijnbouw --- Geotechnical engineering. --- Geology. --- Regional planning. --- Urban planning. --- Civil engineering. --- Engineering geology. --- Engineering—Geology. --- Foundations. --- Hydraulics. --- Geotechnical Engineering & Applied Earth Sciences. --- Landscape/Regional and Urban Planning. --- Civil Engineering. --- Geoengineering, Foundations, Hydraulics. --- Flow of water --- Water --- Fluid mechanics --- Hydraulic engineering --- Jets --- Architecture --- Building --- Structural engineering --- Underground construction --- Caissons --- Earthwork --- Masonry --- Soil consolidation --- Soil mechanics --- Walls --- Cities and towns --- City planning --- Civic planning --- Land use, Urban --- Model cities --- Redevelopment, Urban --- Slum clearance --- Town planning --- Urban design --- Urban development --- Urban planning --- Land use --- Art, Municipal --- Civic improvement --- Regional planning --- Urban policy --- Urban renewal --- Regional development --- State planning --- Landscape protection --- Geognosy --- Geoscience --- Earth sciences --- Natural history --- Engineering, Geotechnical --- Geotechnics --- Geotechnology --- Flow --- Distribution --- Details --- Government policy --- Management --- Géologie appliquée --- Infrastructure (économie politique) --- Planning. --- Planification --- Europe. --- Europe --- Engineering geology - Europe --- Infrastructure (Economics) - Europe - Planning
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