Associate ProfessorChristopher McGann

Numerical Assessment of Mitigation Strategies for Liquefaction-Induced Lateral Spreading

Single Face Retrofit of RC Columns using Anchored Steel Plate Bands

Influence of Pumice on the System Response of Buildings under Seismic Loading

Improving the robustness and efficiency of nonlinear dynamic analyis

Advanced Geotechnical Earthquake Engineering

Development of Resilient Deck-to-Pier Connections for Tsunami-Prone Coastal Bridges

2D site response modeling with consideration of soil heterogeneity, non-vertical incidence and spatially-varying input motions

Numerical and Analytical Modelling of New Zealand Buildings including Soil-Foundation-Structure Interaction Effects

Validation of Advanced Soil Consitutive Models for Soil-Structure Intraction Analysis through Simulation of Centrifuge Experiments

Applicability of CPT-Vs Correlations to New Zealand Soils

PGCertTeaching

Liquefaction Assessment of Reclaimed Land

Response History Analysis Validation

Assessment of the Effect of Ground Improvement on Motions Transferred to Structures Using SSI Analysis

Validation of SFSI and liquefaction numerical simulations using centrifuge data

Modelling 2D/3D Wave Propagation Effects in Conventional Site Response Analysis by Incorporating Physics-Based Ground Motion Simulations and Soil Heterogeneity

Modeling Vs30 in New Zealand using Field Measurements, Proxy Variables, and Geophysical Methods

Numerical Insights into the Engineering Evaluation of Soil Liquefaction

Modeling Retaining Structures in 2D Finite Element Analysis using Beam-Solid Contact Element

Parameter Study to Assess 3D Geometric Site Effects on Bridge Foundation Response Resulting from Liquefaction-Induced Lateral Spreading