For more than 70 years the static plate load test has been well known in international geotechnical practice. This test assesses two important stiffness parameters of the soil: the static soil modulus Es and the subgrade reaction modulus K. Additionally, by unloading and reloading the soil, it can assess the level of compaction achieved, similarly […]
https://geocivil.co.nz/wp-content/uploads/2022/09/DSC00544.jpg307480webadminhttps://geocivil.co.nz/wp-content/uploads/2022/09/logogeocivilslogan.pngwebadmin2022-09-07 02:45:032023-05-30 13:53:01Static Plate Load Test use in NZ
As part of the Kaikoura earthquake response, North Canterbury Transport Infrastructure Recovery (NCTIR) has engaged the services of Geocivil to help gather data on one of their trial to determine if they could use slip material as roading aggregate. As part of this trial, Geocivil has tested the slip material for particle size distribution and […]
Static Plate Load Test use in NZ
NewsFor more than 70 years the static plate load test has been well known in international geotechnical practice. This test assesses two important stiffness parameters of the soil: the static soil modulus Es and the subgrade reaction modulus K. Additionally, by unloading and reloading the soil, it can assess the level of compaction achieved, similarly […]
Kaikoura Project
NewsAs part of the Kaikoura earthquake response, North Canterbury Transport Infrastructure Recovery (NCTIR) has engaged the services of Geocivil to help gather data on one of their trial to determine if they could use slip material as roading aggregate. As part of this trial, Geocivil has tested the slip material for particle size distribution and […]