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ANZ2023: 14th Australia and New Zealand Conference on Geomechanics

ANZ2023: 14th Australia and New Zealand Conference on Geomechanics

Introduction In July of this year, 480 geotechnical professionals from New Zealand, Australia, and further afield (16 countries were represented!), headed to tropical north Queensland for the 14th Australia and New Zealand Conference on Geomechanics. New Zealand had a good presence at the conference, with…

14th ANZ Young Geoprofessionals Symposium

14th ANZ Young Geoprofessionals Symposium

Rotorua, New Zealand In a time honoured tradition, the 14th ANZ Young Professionals symposium was held in Rotorua in November 2022. It was NZ’s turn to host and being the smaller of the nations and being the first international YGP event post covid, we were determined…

Prototype Timber Catch Fence

Prototype Timber Catch Fence

ABSTRACT Design engineers often require rockfall protection structures that have relatively low impact energy resistance. Proprietary catch fences are available to the designer, but these can have capacities that greatly exceed the computed demand energy, and therefore may be overly expensive to construct. At a…

The use of hydrofraise cutter technology to construct diaphragm walls in Auckland

The use of hydrofraise cutter technology to construct diaphragm walls in Auckland

  ABSTRACT Deep basements and structures such as shafts for infrastructure often require embedded retaining walls to allow safe excavation and the control of groundwater. In urban environments the effects of retaining structure deformation and settlement associated with dewatering or groundwater drawdown can be significant…

Numerical simulation of inclined piles under liquefaction-induced lateral spreading

Numerical simulation of inclined piles under liquefaction-induced lateral spreading

ABSTRACT Inclined piles have been widely applied to resist excessive lateral loading in engineering practice. Although some unsatisfactory observations were found in past earthquake events, supportive evidence was also observed in recent years. This paper aims to clarify the performance of inclined piles against liquefaction-induced…

The use of SCPT and HVSR for site period and subsoil class estimation

The use of SCPT and HVSR for site period and subsoil class estimation

ABSTRACT NZS 1170.5:2004 provides a subsoil classification system of classes A to E, which are determined by specific criteria of soil or rock characteristics. The fundamental site period, T, is a key parameter in the classification system and is particularly useful in deciding between soil…