| Author | Title/Presentation Type
| Paper Number |
| Kachler, W. | Cryotransfer Scanning Electron Microscopy on Cementitious Systems: Applications and Examples (Oral)
| TH2-08.2 |
| Kakali, G. | A Long Term Study on Thaumasite Form of Sulfate Attack (TSA) in Limestone Cement Pastes (Oral)
| T4-06.2 |
| Kakali, G. | The Effect of Mineral Admixtures on Long Term Durability of Limestone Cement Mortars Exposed to Sulfate Attack (Oral)
| T4-06.1 |
| Kakali, G.* | Wet Chemical Synthesis of Hydraulic Compounds and Materials (Oral)
| M5-01.4 |
| Kang, Z. | The Shrinkage Behavior of Decalcified Cement Pastes (Oral)
| M1-02.1 |
| Karandikar, M.V. | Development and Performance Evaluation of High Volume Fly Ash Blended Cement - A Step towards True Sustainable Development (Poster)
| PST3.038 |
| Kasuga, T. | Effects of Humidity Condition for Drying of the Sample Preparation on the Pore Structure of the Hardened Portland Cement Paste (Oral)
| M1-02.5 |
| Kauppi, A. | Improved Superplasticisers for High Performance Concrete: the SUPERPLAST Project (Oral)
| W6-07.6 |
| Kawakami, H. | Effectiveness of a New Type Superplasticizer for Ultra Rapid Hardening Cement (Oral)
| T6-05.2 |
| Kearns, M.J.* | Fingerprinting South African Cements (Oral)
| M2-02.4 |
| Kearns, M.J. | Has the Adoption of the European Cement Specification (EN 197) Improved Cement Consistency in South Africa? (Oral)
| T7-01.2 |
| Keller, H. | Organo-Mineral Phases Formed During Cement Hydration (Oral)
| T6-05.1 |
| Khadilkar, S.A. | Development and Performance Evaluation of High Volume Fly Ash Blended Cement - A Step towards True Sustainable Development (Poster)
| PST3.038 |
| Kharchi, F. | Measure Permeability to the Air of the Pozzolana (HPC) High Performances Concretes (Poster)
| PST4.065 |
| Khatri, S.D. | Acrylonitrile Monomer Modified Cement Products (Oral)
| TH6-09.4 |
| Kim, S.S. | Deterioration of Portland-Metakaolin Cement Pastes and Mortars Exposed to Magnesium Sulfate Solution (Oral)
| W4-09.4 |
| Kim, W.K. | Effect of Particle Size Distribution of Binder on the Rheological Properties of Slag Cement (Oral)
| W6-06.4 |
| Kingston, D. | Polymer-Modified Cementitious Nanocomposites: Thermal and X-Ray Analysis (Poster)
| PST5.073 |
| Kirkpatrick, R.J. | Chemical Changes Associated with Expansion due to Alkali Silica Reaction: Results from Room-Temperature Mortar Bar Experiments (Oral)
| M4-02.6 |
| Kirkpatrick, R.J.* | Innovation in Use and Research on Cementitious Material (Plenary Lecturer)
| MPL-2 |
| Kjellsen, K. | The Effect of Free Lime on the Hydration Kinetics and Rheology of Cement Mortar (Oral)
| W6-06.2 |
| Kjellsen, K.O.* | Investigations Into the Microstructure of Fresh Portland Cement Mortar (Oral)
| T1-04.2 |
| Kocaba, V. | Quantitative Study of Cementitious Materials by X-Ray Diffraction/ Rietveld Analysis Using an External Standard (Oral)
| TH2-07.1 |
| Koizumi, K.* | Effects of Chemical Admixtures on the Silicate Structure of Hydrated Portland Cement (Oral)
| W6-07.3 |
| Kolousek, D. | Alkali-Activated Slag Concrete Development and their Practical Use (Oral)
| T3-06.6 |
| Komane, R. | The Effect of Cenosphere Additions on the Grinding and Strength Development of OPC (Poster)
| PST3.045 |
| Komljenovic, M.* | Fly Ash as an Alternative Raw Material for Portland Cement Clinker Synthesis (Oral)
| M3-03.3 |
| Kopecsko, K.* | Chloride Ion Binding of Aluminates and Cements Influenced by Steam Curing (Poster)
| PST2.024 |
| Korb, J.-P. | Effect of Temperature on the Development of C-S-H during Early Hydration of C3S (Oral)
| W1-06.2 |
| Kouznetsova, T.V.* | Composition and Properties of Magnesia-Alumina Cement (Poster)
| PST1.005 |
| Kouznetsova, T.V.* | The Use of Shrinkage-Compensating Cements in the Metro Building (Poster)
| PST5.070 |
| Kovalchuk, G. | Cementitious Systems with a High Mineral Admixture Content: Alkaline Hydration (Oral)
| TH3-16.3 |
| Kowald, T.* | Carbon Nanostructures Incorporated to C3S- and Cement-Based Binders (Oral)
| W5-03.3 |
| Kretzschmar, R. | Solubility of Fe-Ettringite and its Solid Solution with Al-Ettringite (Oral)
| TH1-09.1 |
| Krivoborodov, Y.R. | Magnesium Binder Produced from Natural Thermal Treated Brucite (Poster)
| PST3.028 |
| Krivoborodov, Y.R.* | Structure Formation of Cement Paste at Hydration of Sulphoferrite Cements (Poster)
| PST1.006 |
| Krivoborodov, Y.R. | The Use of Shrinkage-Compensating Cements in the Metro Building (Poster)
| PST5.070 |
| Kubens, S. | The Effect of Free Lime on the Hydration Kinetics and Rheology of Cement Mortar (Oral)
| W6-06.2 |
| Kubokawa, T. | New Polymer-Modified Cement Using Belite-Rich Cement and the Carbonation Reaction (Oral)
| TH5-04.6 |
| Kubsky, S. | In Situ Measurements of the Cement Hydration Profile During the Induction Period (Oral)
| W1-06.4 |
| Kučerová, H. | Influence of Hydration on the Fluidity of Normal Portland Cement Pastes (Oral)
| TH6-08.3 |
| Kuga, H. | Effects of Humidity Condition for Drying of the Sample Preparation on the Pore Structure of the Hardened Portland Cement Paste (Oral)
| M1-02.5 |
| Kumpf, D. | Kinetics of Ice Growth in Concrete (Oral)
| W4-07.1 |
| Kurdowski, W. * |
Type of Cement and its Compactibility with Carboxylates Superplasticisers (Poster)
| PST6.085 |
| Kurumisawa, K. | Effects of Surface Improvement Agent Composed of Lithium Silicate on Permeability and Durability of Hardened Concrete (Oral)
| M4-02.4 |
| Kurumisawa, K. | Influence of Membrane Potential on the Diffusion of Chloride Ion in the Paste (Oral)
| T4-04.5 |
| Kurumisawa, K.* | Strength Development and its Microstructure of Eco-Cement Paste (Oral)
| M1-02.3 |
| Kuznetsov, A.N.* | Discharge - Impulse Influence (Poster)
| PST5.071 |
| Kyritsis, K. | Incorporation of Aluminium Guest-Ions in Nominally Alumina-Free Calcium Silicate Hydrates: Effects on Crystal Structure and Thermal Stability (Oral)
| TH4-10.1 |
| Kyritsis, K.* | The Relationship Between the Microstructure and Engineering Properties of Hydroceramic Sealants for Geothermal Wells (Oral)
| TH5-04.5 |
