| Author | Title/Presentation Type
| Paper Number |
| Rabah, C. | Contribution to the Study of the Corrosion of the Pouzzolana High Performance Concrete (HPC) in Sulfates (Oral)
| TH4-12.3 |
| Raditladi, Z.S.* | Techniques Used for Characterisation of Binder Components for Kalahari Sand Building Block (KSBB) Development (Poster)
| PST2.023 |
| Radlinska, A. | Volume Changes in Pastes Containing Shrinkage Reducing Admixtures under Autogenous and Drying Conditions (Oral)
| M6-02.1 |
| Radonjic, M. | The Effect of Carbonated Brine on Well Cement used in Geologic Formations (Oral)
| TH4-10.2 |
| Radu, L. | Software-Enhanced Method for Rapid Determination of the Early Heat of Hydration of Cement CEM II/A and B-S to Predict the 28-day Compressive Strength (Poster)
| PST2.020 |
| Rahhal, V. | Influence of 'Aluminic' Pozzolans, Quartz and Gypsum Additions on Portland Cement Hydration (Oral)
| W2-05.2 |
| Rahhal, V. | Interfacial Transition Zone in Standard Mortars: Properties, Characteristics and Behaviour (Poster)
| PST7.087 |
| Rajabipour, F. | Volume Changes in Pastes Containing Shrinkage Reducing Admixtures under Autogenous and Drying Conditions (Oral)
| M6-02.1 |
| Raki, L.* | Polymer-Modified Cementitious Nanocomposites: Thermal and X-Ray Analysis (Poster)
| PST5.073 |
| Raki, L.* | Spectral and Microscopic Properties of Calcium Silicate Hydrate Polymer Nanocomposites (Oral)
| W5-03.2 |
| Ramezanianpour, A. A.* | Long Term Durability of Pozzolanic Cement Concretes in Severe Environments (Oral)
| TH8-01.6 |
| Ramezanianpour, A.M. | Long Term Durability of Pozzolanic Cement Concretes in Severe Environments (Oral)
| TH8-01.6 |
| Rattanussorn, M. | The Effect of Sulfur to Alkali Ratio on Clinker Properties (Oral)
| T3-05.4 |
| Raupp-Pereira, F. | New Clinker Formulations Made of Industrial Wastes (Oral)
| T3-08.5 |
| Ray, A.* | Autoclaved Alumina-Silica Rich Industrial Waste Cement Systems Incorporating Magnesia (Oral)
| W3-10.2 |
| Rees, C.A. | Characterization of Geopolymer Cements and Concretes: Structure/Property Relations and Commercial Utilization (Oral)
| T3-08.4 |
| Reknes, K. | Improved Superplasticisers for High Performance Concrete: the SUPERPLAST Project (Oral)
| W6-07.6 |
| Renaudin, G.* | Hexagonal or Trigonal Structure of Ettringite Revisited by Raman Spectroscopy (Oral)
| T2-04.2 |
| Rentsch, D. | Conditions for Thaumasite Formation (Oral)
| M4-03.2 |
| Richardson, I.* | Hydration Chemistry and Structure of Cement Systems (Plenary Lecturer)
| TPL-2 |
| Ringot, E. | Use of Reactive Aggregate Powders to Mitigate ASR Expansion (Oral)
| M4-02.5 |
| Rivera, J.* | Hydration Degree Calculation on Blended Cement Paste by Thermogravimetry (Poster)
| PST1.012 |
| Rivereau, A. | Durability of Oilwell Cement Pastes Aged in H2S-Containing Fluids (Poster)
| PST4.060 |
| Rizwan, S.A. | Development and Underground Placing of Self Compacting Concrete (Oral)
| TH8-01.2 |
| Robeyst, N.* | Ultrasonic Monitoring of Setting and Hardening Behaviour of Concrete and Mortar with Blast Furnace Slag Cement (Oral)
| T2-03.2 |
| Rodrigues, F.A.* | Chemically-Modified Calcium Silicates from Rice Hull Ash: Synthesis and Hydration Behavior (Oral)
| TH3-15.1 |
| Rodríguez, E. | Corrosion of Steel in Alkali-Activated Slag Mortar (Poster)
| PST4.061 |
| Rodriguez, O. | Behaviour of Blended Cements Elaborated with Metakaolin from Valorised Paper Sludge (Poster)
| PST3.032 |
| Rolfs, C. | In Situ Measurements of the Cement Hydration Profile During the Induction Period (Oral)
| W1-06.4 |
| Romer, M. | Conditions for Thaumasite Formation (Oral)
| M4-03.2 |
| Roncero, J.* | What Makes More Effective Polycarboxylates Comparing to Lignosulphonates? Differences on Adsorption Mechanisms (Oral)
| M6-03.6 |
| Ronin, V. | Mechanochemical Technology: Synthesis of Energetically Modified Cements (EMC) with High Volume Fly Ash Content (Oral)
| TH3-14.4 |
| Rosic, A. | Fly Ash as an Alternative Raw Material for Portland Cement Clinker Synthesis (Oral)
| M3-03.3 |
| Rößler, C.* | Influence of Hydration on the Fluidity of Normal Portland Cement Pastes (Oral)
| TH6-08.3 |
| Rößler, C.* | Influence of Superplasticizers on C3A Hydration and Ettringite Growth in Cement Paste (Oral)
| M6-03.3 |
| Roussel, N. | Rheology of Penetrations Tests I: Theory and Finite Element Simulations (Oral)
| T2-03.1 |
| Roussel, N. | Rheology of Penetrations Tests II: Penetrometers, Vicat and Hilti Needles (Oral)
| T2-03.5 |
| Roy, D.M. | Clinkerization of Portland Cement Raw Meal in the Microwave Processing System (Oral)
| M5-01.2 |
| Rudert, V. | Investigation on Reactivity of Fly Ash in Different Solutions (Poster)
| PST1.014 |
| Rumyantsev, P.F. | Theoretical Evaluation on Possibility of Using Basaltoid as Aluminosilicate Component in Raw Mix for Portland Cement Clinker Synthesis (Oral)
| T3-05.2 |
| Ruot, B. | Impact of Cellulose Ethers on the C3S Hydration (Oral)
| TH6-09.2 |
| Ryou, J.S. | Deterioration of Portland-Metakaolin Cement Pastes and Mortars Exposed to Magnesium Sulfate Solution (Oral)
| W4-09.4 |
