A parametric study of the train-induced vibration of a single pile near an underground railway tunnel
Tài liệu tham khảo
Connolly, 2016, The growth of railway ground vibration problems - a review, vol. 568, 1276
Cui, 2019, Underground transport: an overview, vol. 87, 122
Thornely-Taylor, 2020
Connolly, 2015, Benchmarking railway vibrations - track, vehicle, ground and building effects, vol. 92, 64
Thompson, 2019, Modelling, simulation and evaluation of ground vibration caused by rail vehicles, vol. 57, 936
Talbot, 2019, Computational tools for predicting ground vibration from railways, 77, 10.1680/gvfhsr.63792.077
Auersch, 2013, Response to harmonic wave excitation of finite or infinite elastic plates on a homogeneous or layered half-space, vol. 51, 50
Sanitate, 2019, On the plate-like and layer-like response of slab founda tions to ground-borne vibration, vol. 114
Edirisinghe, 2021, The significance of source-receiver interaction in the response of piled foundations to ground-borne vibration from underground railways, vol. 506
Hussein, 2006, An efficient model for calculating vibra tion from a railway tunnel buried in a half-space
McNulty, 2017, The use of trial piles in assessments of ground-borne vibration, 5619
Hussein, 2014, The fictitious force method for efficient calculation of vibration from a tunnel embedded in a multi-layered half-space, vol. 333, 6996
Cobbing, 2018, Control of railway induced grounborne noise and vibration from the UK’s Crossrail project, Crossrail Learning Legacy
Thompson, 2010
Colaço, 2015, The influence of train properties on railway ground vibrations, vol. 12, 517
Tadeu, 2001, Green's function for two-and-a-half dimensional elastodynamic problems in a half-space, vol. 27, 484
Edirisinghe, 2020, Inertial interaction in pile-groups: a study of the influence of coupling via an iterative wave-scattering approach, vol. 128
Domínguez, 1993
Talbot, 2003, Isolation of buildings from rail-tunnel vibration: a review, vol. 10, 177
Hölscher, 2003
Hight, 2003, Some characteristics of London clay, vol. 2, 851
MathWorks Ltd, 2019
Edirisinghe, 2020, Accounting for the influence of the free surface on the vibration response of underground railway tunnels: a new iterative method, 2655
Liu, 2014, Kinematic response of single piles to vertically incident P waves, vol. 43, 871
Jones, 2012, Prediction uncertainties and inaccuracies resulting from common assumptions in modelling vibration from underground railways, vol. 226, 501
Gupta, 2007, A comparison of two numerical models for the prediction of vibrations from underground railway traffic, vol. 27, 608
Mylonakis, 2002, Kinematic pile response to vertical P-wave seismic excitation, vol. 128, 860
Sanitate, 2018, Soil-structure interaction and the added-building effect: simplified models for assisting with the prediction of ground-borne vibration in buildings
Talbot, 2016, Base-isolated buildings: towards performance-based design, Proc. Inst.Civ. Eng. Struct. Build., 169, 574, 10.1680/jstbu.15.00057
Sanitate, 2019
Cremer, 2005