Chief Geotechnical Engineer, Crossrail Farringdon Station
Crossrail Farringdon station stands amongst the most geotechnically challenging tunnelling projects in the UK with approximately 1km long sprayed c...
The Crossrail Farringdon Station is a deep level station with two platform tunnels, 300 metres long at a depth of approxi...
The proposed Crossrail station will comprise two ticket halls, two escalator/concourse tunnels, two platform tunnels, numerous cross passages and v...
Two additional temporary sprayed concrete lining (SCL) structures were designed in addition to the base design, and constructed for Crossrail at Fa...
As computer technology has evolved in the recent years, numerical modelling appears to be an increasingly preferable solution in all engineering fi...
The complexity and the unknowns of the geology at Farringdon, primarily associated with the Lambeth Group, required a state-of-the-art geotechnical...
In modern design of complex tunnelling projects it is best practice to utilise 3D finite element analysis (3D FEA), its main advantage being the ab...
A systematic compensation grouting scheme was successfully implemented to mitigate the surface settlements caused by the tunnelling works in Crossr...
Methods of monitoring the structural behaviour of tunnels during construction traditionally rely on in-tunnel displacement monitoring, with designe...
The sprayed concrete lined (SCL) tunnels in Crossrail Farringdon Station have been mainly excavated in the Lambeth group, a highly variable formati...