707 |
TEST - DELETE AFTER - ā |
Support Team |
706 |
The 2016 Kaikōura Earthquake: Experiences of safety, evacuation and return for apartment dwellers in Te Whanganui-a-Tara (Wellington), Aotearoa New Zealand |
Julia Becker |
704 |
Risk-Targeted Hazard for Seismic Design in New Zealand Considering Individual and Societal Risk Targets |
Ken Elwood |
703 |
The effects of earthquake experience on intentions to respond to Earthquake Early Warnings (EEW) |
Emma Hudson Doyle |
702 |
TEST - DELETE AFTER |
Support Team |
701 |
A ROBUST STEEL STRUCTURE USING RESILIENT SLIP FRICTION JOINT: DESIGN, NUMERICAL STUDIES, AND COMPONENT TESTS |
Gregory MacRae |
700 |
From drag to brag: The role of government grants in enhancing built heritage protection efforts in New Zealand’s provincial regions |
Jason Ingham |
699 |
Assessment of Key Factors Controlling Modal Properties of An Instrumented Bridge After Multiple Earthquakes |
Liam Wotherspoon |
698 |
More evidence on the risk elicitation puzzle: Can locus of control help out where most measures of risk attitudes cannot? |
Ilan Noy |
697 |
Seismic simulation tools and methods appropriate for developing countries |
Dmytro Dizhur |
696 |
IDENTIFYING SUITABLE LOADING PROTOCOLS TO TEST FLOOR SYSTEMS UNDER SEISMIC EXCITATION |
Tim Sullivan |
695 |
Understanding the Risk Communication Puzzle for Disasters and Natural Hazards |
Julia Becker |
694 |
Shake table testing of two storey as-built and retrofitted scaled URM buildings |
Dmytro Dizhur |
693 |
Application of behavioural science to engineering risk-based decision processes |
Emma Hudson Doyle |
692 |
The influence of multiple impedance contrasts on mHVSR site period estimates in the Canterbury Plains of New Zealand and implications for site classification |
Liam Wotherspoon |
691 |
CRITICAL MODELLING CRITERIA FOR PRECAST PRE-STRESSED HOLLOW-CORE SLABS |
Tim Sullivan |
690 |
Nonlinear Finite Element Modelling of HF2V lead extrusion damping devices: A generic design tool |
Geoffrey Rodgers |
689 |
Displacement-Based Seismic Assessment of the Likelihood of Failure of Reinforced Concrete Wall Buildings |
Tim Sullivan |
688 |
Seismic experience and structural preparedness of residential houses in Aotearoa New Zealand |
David Johnston |
687 |
We haven’t considered it, and if it does happen, we don’t have a plan”: a qualitative study of Emergency Management considerations for people with high body mass |
Julia Becker |
686 |
Lateral Behaviour of Reinforced Concrete Bridge Piles with Smooth Reinforcement |
Liam Wotherspoon |
685 |
Encouraging organisations to reduce disaster risk through legislation: how health and safety legislation in New Zealand is motivating businesses to reduce earthquake risks |
Toni Collins |
684 |
Out-of-plane behaviour of clay brick masonry walls retrofitted with flexible deep mounted CFRP strips and additional single-sided FRCM overlay’ |
Jason Ingham |
683 |
Strong Axis Low-Damage Performance of Rocking Column-Base Joints with Asymmetric Friction Connections |
Gregory MacRae |
681 |
Resistance of precast pre-stressed hollow-core concrete units against shear failure |
Ken Elwood |
680 |
Keeping goods moving in the wake of an earthquake: is New Zealand’s freight system modular enough? |
Liam Wotherspoon |
679 |
On the context of Post-Earthquake Cordons: A comparative case study between Christchurch, New Zealand and L’Aquila, Italy |
David Johnston |
678 |
Te Whakapapa o ngā Wharenui: A Genealogy of Māori Meeting Houses |
Deidre Brown |
677 |
Testing the impact of participation in the ShakeOut earthquake drill using a Theory of Planned Behaviour framework |
John Mcclure |
676 |
Rapid safety evaluation of buildings after earthquakes using drones and machine learning |
Liam Wotherspoon |