Posters
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P1 |
Utilization of Non-Metallic Products (NMPs) from recycled aluminium as a supplementary cementitious material |
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P2 |
Risk Windows in Irish Defective Concrete |
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P3 |
The Influence of Recycled Aggregate and Natural Pozzolana on the Compressive Strength of Concrete |
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P4 |
The effect of slag chemistry on the pore structure of Na2SO4-activated slag cements under accelerated carbonation |
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P5 |
Characterization of Pore Structure Evolutions in Alkali Activated Slag Cements Using Time-lapsed In-situ X-ray Computed Tomography and Scanning Electron Microscopy |
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P6 |
Magnesium Phosphate Cement for Use as an Alternative Encapsulant: Formulation Studies |
| P7 | Exploring Feasible Methods for Utilizing RHA as a Component in Cement Binders Ayman Almutlaqah Cardiff University |
| P8 |
Performance and Durability of Low-carbon Concrete Containing Waste Plastics and Exposed to Marine Environment |
| P9 |
Performance of concretes prepared with blended cement containing calcined excavated London clays |
| P10 |
Understanding the Relationship between Reaction Mechanisms and Kinetics of Alkali Activated Slag Cement and Fresh State Properties |
| P11 |
Influence of gamma-irradiation on the properties of magnesium-silicate-hydrate cement mortars |
| P12 |
Influence of steam curing parameters on concrete strength and optimisation at 28 days |
| P13 |
Investigating the Influence of Lagoon Fly Ash and Activators on the Properties of Geopolymer Composites Based on Ground Granulated Blast Furnace Slag |
| P14 |
Effect of graphene oxides derived from the Wyoming Powder River Basin coal on the compressive strength of concrete |
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P15 |
Synthesis of Sodium Iron Silicate Hydrate (N-F-S-H)
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P16 |
Towards Concrete Decarbonisation – A Practical Insight into Fly Ash and Blast Furnace Slag-containing Concretes |
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P17 |
Impact of carbonation on chloride permeability of composite Portland Cement-slag-limestone concretes |
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P18 |
The Use of Thermodynamic Modelling for the Characterisation of Encapsulation Cement and Backfill |
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P19 |
Panoramix version 1.0: An algorithm for designing low carbon cement with high durability performance |
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P20 |
Effect of Calcination pre treatment of Granite ash raw material in mechanical properties and microstructural study of granite ash-slag blended hardened paste |
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P21 |
Concrete Performance Prediction Models: a Review |
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P22 |
Development of cement encapsulants from naturally abundant supplementary cementitious materials |
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P23 |
Fibre-Induced Carbonation of Cement Pastes under Ambient Conditions |
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P24 |
Sustainability Assessment of Bauxite Residue Reuse Applications: A Comparison of Cement and Clay Brick Production |
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P25 |
Fabrication of Novel Aerated Concrete Blocks by Combining Traditional and Synthetic Materials |
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P26 |
Using Reactivity tests to predict performance and screen resources for calcined mixed mineral UK clays |
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P27 |
Introduction to Microanalysis in the SEM for Cementitious Materials |
| P28 | Multimodal Analysis of Concrete and Cementitious Materials Josh Lea1, Dan Haspel1, John Kolawole2, Ana Blanco-Alverez2 and Liam Whyte2 1Oxford Instruments 2 Loughborough University |
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P29 |
Reactivity analysis of different MgO sources for use in Mg-based cements |
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P30 |
Determining the Volumetric Ratio of Hydration Products to Reacted Blended Cement Systems by Thermodynamic Modelling Jack Chan Imperial College London |
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P31 |
Pozzolanic reactivity of supplementary cementitious materials derived from waste fibreglass |
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P32 |
Carbonation-induced corrosion in low CO₂ emission concrete |
| P33 |
Environmental Impact of 3D Printed Geopolymers vs 3D Printed Concretes |
| P34 | WASTEREBUILT: A Circular Approach to Waste Foundry Sand Reuse Into the Built Environment
Qistina Binti Aziz Zainal, Jamie Rudge, Deepankar Ashish, Fei Jin and Riccardo Maddalena |