Waves and pathways: a data driven approach to site-specific overtopping analysis The Te Ara Tupua Ngā Ūranga ki Pito-One Project comprises a 4.5 km shared (pedestrian/cycling)…dev dynamo612 February 2024
Vegetation for wave overtopping mitigation : a laboratory and numerical investigation Modern-day coastal engineering faces two key challenges: firstly, providing adequate protection under anthropogenic increases in…dev dynamo612 February 2024
Greening the grey – incorporating ecological enhancement into the Te Ara Tupua pathway The Te Ara Tupua Ngā Ūranga ki Pito-One (Ngauranga to Petone) Project comprises a 4.5…dev dynamo612 February 2024
Innovative design approaches on a major transport infrastructure project at the coast : the Te Ara Tupua experience Delivery of major transport infrastructure projects at the coast requires a careful balance between numerous…dev dynamo612 February 2024
Using physical model testing to inform coastal design in complex wave environments The 10 km stretch of foreshore between two of New Zealand’s largest cities Wellington and…dev dynamo62 February 2024
A multi-model workflow for assessing multi-scale beach dynamics Urban beaches in semi-sheltered harbor environments are highly valued public spaces that require detailed understanding…dev dynamo62 February 2024
Xbloc and earthquakes – a multi-modal approach to determining revetment performance and repair The use of single layer, concrete armour units for coastal edge protection in place of…dev dynamo61 February 2024
Wave overtopping of coastal infrastructure in New Zealand: field measurement techniques and triggers for adaptation Wave overtopping occurs as waves pass over the coastal edge and flow onto the land…dev dynamo61 February 2024