| Author | Title/Presentation Type
| Paper Number |
| Gaeberlein, P. | Crystal Chemistry and Microstructure of Hydrated Phases Occurring During Early OPC Hydration (Oral)
| W1-06.3 |
| Gajda, J. | Operational Benefits of Using High-Carbon Fly Ash in Cement Manufacture (Oral)
| M3-03.4 |
| Gaki, A. | Wet Chemical Synthesis of Hydraulic Compounds and Materials (Oral)
| M5-01.4 |
| Gallucci, E.* | 3d Porosity Characterisation of Cementitious Systems by Mean of Synchrotron X-Ray Microtomography (Poster)
| PST2.018 |
| Gallucci, E.* | Microstructural Studies of Early Age Hydration of OPC Using TEM (Oral)
| TH2-08.3 |
| Gallucci, E. | Nucleation-growth and Diffusion Processes Studied by Atomic Force Microscopy and Nanoconductimetry (Oral)
| TH2-08.5 |
| Gallucci, E.* | Parameters Influencing the Microstructural Development of Cementitious Systems. A Model System Approach (Oral)
| TH2-08.6 |
| Gallucci, E.* | Quantitative Microstructural Study of the Effect of Temperature on the Properties of Concrete (Oral)
| W4-08.5 |
| Gallucci, E. | Synthesis and Hydration of Tricalcium Silicate (Oral)
| M1-01.4 |
| Galmiche, L. | Improved Superplasticisers for High Performance Concrete: the SUPERPLAST Project (Oral)
| W6-07.6 |
| Gan, Z. | Recent Progress in Solid-State NMR of Quadrupolar Nuclei. Application to the Characterization of Hydration and Sulfate Attack Products (Oral)
| T2-04.5 |
| Gao, X.J.* | Influence of Cement Types and Mineral Admixtures on the Resistance of Mortar to Thaumasite Form of Sulfate Attack (Oral)
| T4-06.4 |
| Garboczi, E.J. | Computational Model Predictions of Suspension Rheology: Comparison to Experiment (Oral)
| W6-06.3 |
| Garcia, E. | Allocating Emissions Signatures and Enrichment of Heavy Metals in PM2.5 According to the Use of Alternative Raw Materials (Oral)
| M3-02.1 |
| García, J.L. | Low-pH Cementitious Materials Design and Characterisation (Oral)
| W4-08.6 |
| García, J.L. | Microstructure Development in Calcium Aluminate Cement - Fly Ash Mixes (Oral)
| T1-04.4 |
| Garcia, R. | Behaviour of Blended Cements Elaborated with Metakaolin from Valorised Paper Sludge (Poster)
| PST3.032 |
| Garcia De Lomas, M.* | Influence of a Spent Fluid Catalytic Cracking Catalyst (FCC) in the Microstructure, Resistance and Hydration Heat of the New Blended Mortars (Poster)
| PST3.034 |
| García-Lodeiro, I.* | AAR in (Portland Cement-Free) Alkali Activated Fly Ash Mortars (Poster)
| PST4.056 |
| García-Lodeiro, I. | Synthesis and Characterization of Cementitious Gels (C-S-H and N-A-S-H). Compatibility Studies (Oral)
| M4-02.3 |
| Garcia-Luna, A.* | High Strength Micro/Nano Fine Cement (Oral)
| M5-01.5 |
| Garci-Juenger, M.C. | Tricalcium Silicate Hydration Studied Using Quasielastic Neutron Scattering: Insights on the Effects of Sucrose (Oral)
| T2-04.3 |
| Garkavi, M.S. | Discharge - Impulse Influence (Poster)
| PST5.071 |
| Garrault, S. | Effect of Temperature on the Development of C-S-H during Early Hydration of C3S (Oral)
| W1-06.2 |
| Garrault, S.* | Hydration of Silicate Phase and Mechanical Evolution in 'alite-tricalcium aluminate-gypsum' Complex System (Oral)
| TH6-08.1 |
| Garrault, S. | Understanding of Reactional Sequences and Limiting Stages during Tricalcium Aluminate Hydration with and without Gypsum (Oral)
| M1-01.1 |
| Gartner, E.M. | Formation and Hydration of Low-CO2 Cements Based on Belite, Calcium Sulfoaluminate and Calcium Aluminoferrite (Oral)
| TH3-15.3 |
| Gartner, E.M. | Sustainable Development and Climate Change Initiatives (Plenary Lecturer)
| MPL-1 |
| Gawlicki, M. | The Sulphate Corrosion of Mortars Containing FBC Ash (Oral)
| T4-06.5 |
| Gerstig, M.* | The Rate of Cement Hydration as a Function of the Water State (Poster)
| PST2.019 |
| Gerstig, M. | Why Use References in Isothermal Calorimetry? (Poster)
| PST2.025 |
| Ghizdavet, Z.D. | Kynetics of Hydration at Initial Stage of Hardening (Poster)
| PST1.008 |
| Ghods, P. | Practical Modeling of Uniform Steel Corrosion in Concrete (Oral)
| T4-04.2 |
| Ghorab, H.Y.* | Factors Affecting the Sulfate Expansion in Cement Systems (Oral)
| TH4-12.4 |
| Ghorab, H.Y.* | The Formation of the Ettringite from Sulfate Solution (Oral)
| W4-09.3 |
| Ghoshal, S.* | Carbon Dioxide Uptake Rate and Extent During Accelerated Curing of Concrete (Oral)
| TH3-13.5 |
| Giergiczny, Z. |
Laboratory Testing of Frost Resistance - Do these Tests Indicate the Real Performance of Blended Cements? (Oral)
| W4-07.5 |
| Gimenez, M. | ZEWA (Zero waste) Process: A New Way for Co-Processing Steel Slag (Oral)
| T3-06.2 |
| Gimenez, V. | What Makes More Effective Polycarboxylates Comparing to Lignosulphonates? Differences on Adsorption Mechanisms (Oral)
| M6-03.6 |
| Giriat, G. | Incorporation of Aluminium Guest-Ions in Nominally Alumina-Free Calcium Silicate Hydrates: Effects on Crystal Structure and Thermal Stability (Oral)
| TH4-10.1 |
| Gisby, J.A.* | C-S-H Solubility Modeling at Different Temperatures (Oral)
| W1-05.4 |
| Glasser, F. | The Distribution of Sulfate in Hydrated Portland Cement Paste (Oral)
| W1-05.2 |
| Glasser, F.P. | C-S-H Solubility Modeling at Different Temperatures (Oral)
| W1-05.4 |
| Glasser, F.P.* | Durability of Concrete – Degradation Phenomena Involving Detrimental Chemical Reactions (Plenary Lecturer)
| THPL-1 |
| Glasser, F.P.* | Interactions Between Portland Cement and Carbon Dioxide (Oral)
| TH3-13.4 |
| Glazer, R. | Field Performance of Structural Concrete Slabs Containing an Hydrophobic Admixture (Oral)
| TH8-01.4 |
| Gmira, A. | The Nature of Cohesion Forces in Hardened Cement-Based Materials: the View from the Nano-scale (Oral)
| TH1-08.2 |
| Gobbo, L.A.* | Comparison Between Wet Chemical Analysis and Rietveld Method Quantification in White Cement Samples (Oral)
| M2-02.5 |
| Gobbo, L.A.* | XRD-Rietveld Quantitative Analysis of Glass-Containing By-Products used in the Brazilian Cement Industry (Oral)
| M2-02.2 |
| Goetz-Neunhoeffer, F. | Crystal Chemistry and Microstructure of Hydrated Phases Occurring During Early OPC Hydration (Oral)
| W1-06.3 |
| Goetz-Neunhoeffer, F.* | Hydration Kinetics of Calcium Aluminate Cement with Calcium Sulfate Hemihydrate in Presence of Li+ and Tartaric Acid (Oral)
| M1-01.3 |
| Goetz-Neunhoeffer, F.* | Refined Ettringite Structure for Quantification of Hydration in Cement Pastes (Oral)
| TH2-07.5 |
| Golek, L.* | The Influence of the Metakaolinite Addition on the Hydration Process of the Alkali-activated Synthetic Gehlenite Glasses (Oral)
| W3-10.3 |
| Gómez-Zamorano, L.Y.* | Delayed Ettringite Formation and Alkali Silica Reaction, an Unexpected Phenomenon in Pastes of Portland Cement with Nanometric Silica Waste (Poster)
| PST3.033 |
| Gomides, M.J.* | Study of Aggregates with Sulphides in Concrete (Poster)
| PST4.057 |
| Gong, C.C. | Evaluation of Activation and Action Mechanism of Calcined Coal Gangue (Oral)
| W3-12.5 |
| Goñi, S.* | Influence of Coal Fly Ash Class C Alkaline Hydrothermal Activation on Belite Cement Hydration. Surface Area and Microporosity Study (Poster)
| PST3.035 |
| Goñi, S. | Long Term Durability of Coal Fly Ash Class C Belite Cement-Mortar Exposed to Sulphate Attack at 40ºC (Poster)
| PST4.058 |
| González-Saborido, A.* | Development of Time-resolved 3D-diffraction-tomography to Study Ongoing Carbonation in Concrete (Oral)
| W2-06.4 |
| Gorokhovsky, A. | Alkali Activated Paste Composites of Blast Furnace Slag and PFA, Strength and Microstructures (Poster)
| PST3.030 |
| Gorokhovsky, A. | Hydraulic Fluorgypsum Cements: Effect of Different Additives and Portland Cement on the Hydration, Water Resistance and Mechanical Properties (Oral)
| W3-12.1 |
| Gorokhovsky, A. | Waste Gypsum-Activated Blast Furnace Slag Composites: Effect of Aggregate Type on Strength Development (Oral)
| T3-06.3 |
| Göske, J. | Cryotransfer Scanning Electron Microscopy on Cementitious Systems: Applications and Examples (Oral)
| TH2-08.2 |
| Goto, S.* | Structure Analysis of Glass of CaO-Al2O3-SiO2 System by Means of NMR (Oral)
| T1-04.5 |
| Gottardo, R. | Advances in Self-Compacting Repair Mortars with Powder Polycarboxilate Superplasticizes Expansive Agents and Shrinkage Reducing Admixtures (Oral)
| TH6-09.1 |
| Gotti, E.* | Influence of Alkalis and Sulphates on the Mineralogical Composition of Clinker (Oral)
| M3-01.1 |
| Govin, A. | Study of Efflorescences Forming Process on Cementitious Materials (Oral)
| W4-08.3 |
| Graf, L.* | Effect of Relative Humidity on Expansion and Microstructure of Heat-Cured Mortars (Oral)
| W4-09.5 |
| Graham, P.C. | Towards a Numerical Model for the Rate of Heat Evolution in Concrete Based on Binder Chemistry and w/c Ratio (Oral)
| W2-05.4 |
| Greensmith, C.J. | Towards a Numerical Model for the Rate of Heat Evolution in Concrete Based on Binder Chemistry and w/c Ratio (Oral)
| W2-05.4 |
| Griebel, M. | On the Formation of Cementitious C-S-H Nanoparticles: a Computational Bottom-Up Approach (Oral)
| W5-03.1 |
| Grolimund, D. | The Use of X-ray Absorption Spectroscopy for Speciation Studies in Cementitious Systems (Oral)
| W2-06.6 |
| Grosseau, P.* | Impact of Cellulose Ethers on the C3S Hydration (Oral)
| TH6-09.2 |
| Grutzeck, M.W.* | The Role of Water During Setting and Hardening of Tricalcium Silicate Paste (Oral)
| T1-03.4 |
| Gruyaert, E. | Ultrasonic Monitoring of Setting and Hardening Behaviour of Concrete and Mortar with Blast Furnace Slag Cement (Oral)
| T2-03.2 |
| Grzeszczyk, S.* | The Influence of Limestone Microfillers on the Rheology of Cement Pastes (Oral)
| W6-06.6 |
| Guan, Z.* | Effect of Phosphor on the Formation of Alite-Rich Portland Clinker (Oral)
| M3-01.3 |
| Guede, E. | Allocating Emissions Signatures and Enrichment of Heavy Metals in PM2.5 According to the Use of Alternative Raw Materials (Oral)
| M3-02.1 |
| Guerrero, A. | Influence of Coal Fly Ash Class C Alkaline Hydrothermal Activation on Belite Cement Hydration. Surface Area and Microporosity Study (Poster)
| PST3.035 |
| Guerrero, A.* | Long Term Durability of Coal Fly Ash Class C Belite Cement-Mortar Exposed to Sulphate Attack at 40ºC (Poster)
| PST4.058 |
| Guichard, B. | Effect of Polymer Powder Addition on Well Cement Properties (Oral)
| TH4-10.4 |
| Guidoum, A.* | Modeling Mechanical Properties of Cement-Based Materials from their Microstructure (Oral)
| TH1-08.4 |
| Guilhot, B. | Impact of Cellulose Ethers on the C3S Hydration (Oral)
| TH6-09.2 |
| Guilhot, B. | Study of Efflorescences Forming Process on Cementitious Materials (Oral)
| W4-08.3 |
| Guillot, L. | Interaction Between Cements and Superplasticizers (Oral)
| M6-03.1 |
| Guo, S. | Effect of Phosphor on the Formation of Alite-Rich Portland Clinker (Oral)
| M3-01.3 |
| Guolin, W. | From Alkali Aggregate Reaction to Alkali Activated Cementing Materials: the Reaction Conditions, Mechanism and Products (Oral)
| M4-02.1 |
| Gupta, V. | Computational Model Predictions of Suspension Rheology: Comparison to Experiment (Oral)
| W6-06.3 |
| Gupta, V. | Effect of Admixture on Cement Hydration Kinetics by Synchrotron XRD and Isothermal Calorimetry (Oral)
| W2-06.3 |
| Gutierrez-Cañas, C. | Allocating Emissions Signatures and Enrichment of Heavy Metals in PM2.5 According to the Use of Alternative Raw Materials (Oral)
| M3-02.1 |
| Guy, B. | Influence of Water Chemical Potential on the Phase Assemblages of the CaO-Al2O3-CaSO4-H2O System at 25°C (Oral)
| T1-03.5 |
| Guyonnet, R. | Impact of Cellulose Ethers on the C3S Hydration (Oral)
| TH6-09.2 |
| Guyonnet, R. | Study of Efflorescences Forming Process on Cementitious Materials (Oral)
| W4-08.3 |
