ProfessorAllan Scott

Development of thermal mass concrete using construction and demolition waste

Reinventing Power Station Ash for Biomass Co-Firing

Analysis of Concrete Alternatives for Martian Structures

Analysis of Concrete Alternatives for Martian Structures

Exploring carbon, energy and financial costs of implementing alternative cements and SCM’s into the New Zealand concrete industry

Low Carbon Concrete

Low Carbon Concrete

Ultra-High-Performance Concrete Cricket Bat

Ultra-High-Performance Concrete Cricket Bat

Upcycling Recycled GFRP Waste into 3D-Printable Geopolymer Composites: Material Chemistry, Rheology, Printability, and Sustainable Performance

Performance of low-carbon concrete-filled stainless steel tube column

Concrete art: Solution for low-carbon, high-performance self-compacting concrete

Concrete art: Solution for low-carbon, high-performance self-compacting concrete

Concrete Cricket Bat Competition

Concrete Cricket Bat Competition

Structural Analysis of Fine and Coarse Timber Composites at High-Percentage Concrete Aggregate Replacements.

Structural Analysis of Fine and Coarse Timber Composites at High-Percentage Concrete Aggregate Replacements.

Wearable Concrete 2

Wearable Concrete 2

Exploring carbon, energy and financial costs of implementing alternative cements and SCM’s into the New Zealand concrete industry

Use of New Zealand geomaterial as novel supplementary cementitious material in Portland cement concrete

Sustainable 3D Concrete Printing: Mechanical, Rheological, Shrinkage and Environmental Performance of Limestone Calcined Clay and Zeolite-Based Mixes

Development of novel low-carbon cementitious binder systems for Lunar and Martian concrete

Low carbon construction using 3D printing

Spacecrete, Off-earth engineering