earth pressure

earth pressure

[′ərth ‚presh·ər]
(civil engineering)
The pressure which exists between earth materials (such as soil or sediments) and a structure (such as a wall).

earth pressure

1. The horizontal thrust which is exerted by retained earth.
2. The pressure exerted on a structure, such as a wall, by the earth which it retains.
References in periodicals archive ?
To meet all these challenges in any location in the world, we have different types of TBMs: open-type main beams, single shield, double shield, earth pressure balance, hydro shield and so on.
The excavation will be done using a highly specialised Tunnel Boring Machine that uses a technique called 'Earth Pressure Balance' (EPB) and is designed to operate in a range of ground conditions in Qatar, and with the variable geology along the tunnel.
The excavation will be done using a highly specialist TBM that uses a technique called Earth Pressure Balance (EPB) and is designed to operate in a range of ground conditions in Qatar, and with the variable geology along the tunnel.
The excavation will be done using a highly specialised TBM that uses a technique called Earth Pressure Balance and is designed to operate in a range of ground conditions in Qatar, and along the variable geology along the tunnel, the statement notes.
Excavation works were implemented using the Earth Pressure Balance (EPB) tunneling technique, which is ideal for Doha's soft ground and rock conditions, at a depth ranging between 30 and 40m, without impacting the traffic flow or the buildings surrounding the tunnel.
At present, over 90% of TBMs (tunnel boring machines) produced for excavations in soft ground worldwide are constructed as earth pressure balance machines [1].
So far, there have been a lot of studies on calculation of earth pressure on culvert crown and influences of earth pressure distribution, in which the stress states of the culvert with different embankment height are focused on.
In the past several decades, the Mononobe--Okabe equations have been used extensively for evaluating the magnitude of dynamic earth pressure [3, 4, 5, 6, 7, 8, 9].
An anisotropic stress field has been assigned in the model with a lateral earth pressure factor of 1.
Sensor Sensor Range (kPa) Osmometer Osmometer 0~40 Earth pressure gauge Earth pressure gauge 0~600 Matric suction sensor Matric suction sensor 1~1500 Sensor Precision Osmometer [+ or-]0.05%F x S Earth pressure gauge [+ or-]0.05%F x S Matric suction sensor [+ or-]5%F x S Table 2: Particle composition of soil.
At the end of the mission, crew will be brought back over 17 hours to normal Earth pressure so that the gases can escape their bodies safely and they can resurface to see the sun and feel the wind again.
The major sections cover geotechnical properties and exploration of soil, foundation analysis, lateral earth pressure and earth-retaining structures, and soil improvement.