Hong S. Wong

Professor of Concrete Materials

Imperial College London

United Kingdom

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Hong S. Wong is a Professor of Concrete Materials at Imperial College London, UK. His research areas focus on the durability of cementitious materials, thermodynamic modeling of thaumasite precipitation, and the properties of geopolymers. Recent articles explore topics such as the impact of seepage on underground structures and the use of innovative materials for sustainable concrete applications.

Articles (29)

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Collaborators (8)

Enrico Masoero

Cardiff University Cardiff School of Engineering

UNITED KINGDOM

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Mark Tyrer

Visiting Professor

Technological University Dublin

IRELAND

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Alexander Michel

Technical University of Denmark

DENMARK

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Keisuke Takahashi

Project Professor

Kagawa University

JAPAN

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Darryl Newport

Professor Energy and Sustainable Development

University of Suffolk

UNITED KINGDOM

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Milan Jirasek

Professor

Czech Technical University in Prague

CZECH REPUBLIC

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Niall Holmes

Technological University Dublin

IRELAND

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Emilio Martínez Pañeda

Associate Professor (UK Senior Lecturer)

Imperial College London

UNITED KINGDOM

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Hong S. Wong

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About

Articles (29)

Predicting the Hydration of Ground Granulated Blast Furnace Slag and Recycled Glass Blended Cements

Durability of cementitious binders with blast furnace slag in deep sea conditions: Analysis of microstructure and phase transformation

New insights on thaumasite precipitation based on thermodynamic modeling and 3-year exposure of cement pastes to Na2SO4 and MgSO4 solutions

Impact of inherent characteristics of raw laterite and its calcination on properties of geopolymers

Influence of seepage on the electrodeposition method in underground structures: From crack healing to crystal formation and concrete microstructure

Predicting calcium carbonate yield from wet carbonation of recycled cement paste using interpretable ensemble machine learning

RAAC panels can suddenly collapse before any warning of corrosion-induced surface cracking

Development of magnesium-silicate-hydrate mortars using magnesium hydroxide for Magnox waste encapsulation

Engineering aluminosilicates with high surface area extracted from waste concrete to form a viable supplementary cementitious material

Influence of ammonia-contaminated fly ash from selective catalytic reduction process on the properties of Portland-fly ash blended cement and geopolymer composites

Unravelling the interplay between steel rebar corrosion rate and corrosion-induced cracking of reinforced concrete

Production of amorphous aluminosilicate and vaterite from acid leaching of hydrated cement paste

Pozzolanic Reactivity of Recycled Powders from Waste Wind Turbine Blades

Carbon capture and storage in low-carbon concrete using products derived from olivine

Production of low-carbon amorphous SiO2 for use as a supplementary cementitious material and nesquehonite from olivine

Development of more accurate methods for determining carbonation depth in cement-based materials

Improvement of cemented rockfill by premixing low-alkalinity activator and fly ash for recycling gangue and partially replacing cement

A phase-field chemo-mechanical model for corrosion-induced cracking in reinforced concrete

Effects of aggregate strength and mass fraction on mesoscopic fracture characteristics of cemented rockfill from gangue as recycled aggregate

Effects of aggregate strength and mass fraction on mesoscopic fracture characteristics of cemented rockfill from gangue as recycled aggregate

Water sorption isotherms and hysteresis of cement paste at moderately high temperature, up to 80 °C

Laboratory-grade vs. industrial-grade NaOH as alkaline activator: The properties of coal fly ash based-alkaline activated material for construction

Upcycling end-of-life bricks in high-performance one-part alkali-activated materials

Freeze–Thaw Durability of Conventional and Novel Permeable Pavement Replacement

Developing circular concrete: Acid treatment of waste concrete fines

Low-carbon cements: Potential for low-grade calcined clays to form supplementary cementitious materials

Methods for characterising the steel–concrete interface to enhance understanding of reinforcement corrosion: a critical review by RILEM TC 262-SCI

Methods for characterising the steel-concrete interface to enhance understanding of reinforcement corrosion: a critical review by RILEM TC 262-SCI

Optimising confocal Raman microscopy for spectral mapping of cement-based materials

Collaborators (8)

Enrico Masoero

Mark Tyrer

Alexander Michel

Keisuke Takahashi

Darryl Newport

Milan Jirasek

Niall Holmes

Emilio Martínez Pañeda

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