Ailar Hajimohammadi

Associate Professor

University of New South Wales - Randwick Campus

Australia

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About

Dr. Ailar Hajimohammadi is an Associate Professor at the University of New South Wales - Randwick Campus in Australia. His research areas focus on the properties and applications of sustainable construction materials, including geopolymer concrete and alkali-activated systems. He has published extensively on topics such as the compressive strength prediction of rubberised concrete, sintering behavior of glass foam, and the evaluation of alkali-silica reaction risks in construction materials.

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2026

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2020

Collaborators (5)

Claire White

Princeton University

UNITED STATES

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Bang Yeon Lee

Professor

Chonnam National University

SOUTH KOREA

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Arnaud Castel

Professor

University of Sydney

AUSTRALIA

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Tero Luukkonen

Adjunct Professor (Title of Docent)

University of Oulu

FINLAND

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Taehwan Kim

Senior Lecturer

University of New South Wales

AUSTRALIA

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Ailar Hajimohammadi

Research Interests

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About

Articles (25)

Inconsistencies in rapid chloride permeability testing of geopolymer concrete: Insights into binder chemistry, pore structure, and test cell configuration

The effect of gypsum on reaction kinetics and microstructure of alkali-activated CaO‐FeOx‐SiO2 slag

Intelligent compressive strength prediction of sustainable rubberised concrete using an optimised interpretable deep CNN-LSTM model with attention mechanism

Sintering Behaviour, Physical Properties and Environmental Assessment of Glass Foam from Waste Glass

Yielding mechanisms and structuration of sodium silicate-activated fly ash and slag pastes: Origins of critical strains

Evaluating the risk of ASR in alkali-activated slag-calcined clay materials

The retention of flowability and rheological properties in one-part alkali activated materials

Fiber Treatment for Improving Foam Concrete Flexural Behavior

Rutting and Aging Resistance of Bitumen Modified by Polyethylene, Polypropylene, and Their Cross-Contamination

Enhancing the workability retention of one-part alkali activated binders by adjusting the chemistry of the activators

Early age structural build-up and pore stability in raw foam at ambient conditions: Implications for the final properties of glass-ceramic foam

The surface treatment of PVA fibres to enhance fibre distribution and mechanical properties of foam concrete

Investigating the applicability of storage stability test for waste plastic modified bitumen: Morphological analyses

Assessment of Binder Modification in Dry-Added Waste Plastic Modified Asphalt

Evaluating Effectiveness of Multi-Component Waste Plastic Bags on Bitumen Properties: Physical, Rheological, and Aging

Unveiling the underlying mechanisms of tensile behaviour enhancement in fibre reinforced foam concrete

Modified asphalt by coffee cup Fibres: An optimum mix design using response surface method

A novel eco-friendly foaming technique for developing sustainable glass foams from the waste glass

Mechanism of PVA Fiber Influence in Foam Concrete: From Macroscopic to Microscopic View

Alkali-activated foam: Understanding the relationship between rheology, activator-precursor interaction, and pore characteristics

Chemo‐mechanical properties of carbon fiber reinforced geopolymer interphase

Powder sintering and gel casting methods in making glass foam using waste glass: A review on parameters, performance, and challenges

Cross-laminated timber–concrete composite structural floor system: A state-of-the-art review

Physical properties of Australian hurd used as aggregate for hemp concrete

The effects of surfactants on properties of lightweight concrete foam

Collaborators (5)

Claire White

Bang Yeon Lee

Arnaud Castel

Tero Luukkonen

Taehwan Kim

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