Shand Tom D Archives - Tonkin + Taylor

Innovative design approaches on a major transport infrastructure project at the coast : the Te Ara Tupua experience

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au12 February 2024

Greening the grey – incorporating ecological enhancement into the Te Ara Tupua pathway

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au12 February 2024

Vegetation for wave overtopping mitigation : a laboratory and numerical investigation

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au12 February 2024

Waves and pathways: a data driven approach to site-specific overtopping analysis

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au12 February 2024

A multi-model workflow for assessing multi-scale beach dynamics

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au2 February 2024

Using physical model testing to inform coastal design in complex wave environments

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au2 February 2024

Wave overtopping of coastal infrastructure in New Zealand: field measurement techniques and triggers for adaptation

Australasian Coasts and Ports Conference, 2013, Sydney

hjohnston@tonkintaylor.com.au1 February 2024

Xbloc and earthquakes – a multi-modal approach to determining revetment performance and repair

Australasian Coasts & Ports Conference, 2023, Sunshine Coast, Queensland

hjohnston@tonkintaylor.com.au1 February 2024

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Innovative design approaches on a major transport infrastructure project at the coast : the Te Ara Tupua experience

Greening the grey – incorporating ecological enhancement into the Te Ara Tupua pathway

Vegetation for wave overtopping mitigation : a laboratory and numerical investigation

Waves and pathways: a data driven approach to site-specific overtopping analysis

A multi-model workflow for assessing multi-scale beach dynamics

Using physical model testing to inform coastal design in complex wave environments

Wave overtopping of coastal infrastructure in New Zealand: field measurement techniques and triggers for adaptation

Xbloc and earthquakes – a multi-modal approach to determining revetment performance and repair

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