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Slope Stability Guidance – available units

Slope Stability Guidance – available units

In 2022, NZGS with support from NHC began developing a series of Slope Stability Guidance (SSG) documents for use in New Zealand. Unit 1 – General Guidance is intended as an overarching document, supported by a series of additional units covering specific technical topics (Unit…

Slope Stability Guidance Unit 1

Unit 1 – General Guidance New Zealand is highly vulnerable to natural hazard risks, as evidenced by earthquakes and storm events over recent decades.  Landslides form a significant part of the natural hazard spectrum in New Zealand and are more common here than many countries…

NZGS Specifications

NZGS Specifications

A clear and effective specification is an essential tool to help ensure that projects achieve the objectives desired by the client, geotechnical designer and contractor. While project-specific specifications can be useful in accurately describing the exact requirements for each project, they result in a steep…

Earthquake Geotechnical Engineering Module 3 – Liquefaction Hazards

The sequence of strong earthquakes in Canterbury in 2010 to 2011, most notably the devastating Mw 6.2 earthquake on 22 February 2011, the source of which was located within Christchurch, resulted in 185 fatalities and extensive damage to buildings and infrastructure. Liquefaction occurred on several occasions through the…

Earthquake Geotechnical Engineering Module 1 – Overview of the guidelines

These guidelines for Earthquake Geotechnical Engineering Practice in New Zealand were originated by a working group of the New Zealand Geotechnical Society. The idea for the working group came from a panel discussion ‘Geotechnical Seismic Design Standards’ which took place during the NZGS Biennial Symposium ‘Earthquakes and Urban…

Simulation of piles subjected to excavation or embankment loading

Simulation of piles subjected to excavation or embankment loading

ABSTRACT This paper provides investigation into response of (forward-rotated or backrotated) piles subjected to embankment loading, in light of 2-/3-layer models. First, recent advance is briefly reviewed concerning range of parameters used to model piles subjected to excavation and embankment loading. Second, simulations of six…