International Summit on Cement Hydration Kinetics

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• Information
• Organizers
• Participants
  • Aditya Kumar
  • Amal Raj Jayapalan
  • Andre Nonat
  • Andreas Luttge (Rice University)
  • Andrew Parkes
  • Anna Bravo
  • Ara Jeknavorian
  • Arezki Tagnit-Hamou
  • Barbara Lothenbach
  • Bruce Balcom
  • Bruno Huet (Schlumberger)
  • Christopher Ferraro
  • Daniel Constantiner (BASF)
  • Denise Silva
  • Doug Hooton
  • Francesco Surico
  • George Scherer (Princeton University)
  • Gilberto Artioli
  • Giorgio Ferrari
  • Giri Venkiteela
  • Hamlin Jennings (Northwestern University)
  • Irvin Chen
  • Ishee Charles
  • Jacques Marchand
  • Jeff Bullard (NIST)
  • Jeff Chen
  • Jeff Schweitzer (University of Conneticut)
  • Jeff Thomas (Northwestern University)
  • Jie Zhang
  • Jim Beaudoin
  • Jorge Dolado
  • Joseph J. Biernacki
  • Josephine Cheung
  • Karen Scrivener (EPFL, Switzerland)
  • Laila Raki
  • Lawrence Roberts
  • Maria Juenger (University of Texas, Austin)
  • Nat Hager (MSI Sensing)
  • Patrick Juilland
  • Paul Sandberg (W. R. Grace)
  • Richard Livingston
  • Richard Meininger
  • Robert Flatt
  • Roman C. Domszy
  • Rouhollah Alizadeh
  • Satish Myneni (Princeton University)
  • Shashank Bishnoi
  • Sulapha Peethamparan (Clarkson University)
  • Terry Ramlocham
  • Tiantian Xie
  • Walasa Vichit-Vadakan
  • Will Hansen (University of Michigan)
  • Xinying Lu
  • Zhihui Sun (Univeristy of Louisville)
• Proceedings
• Program
  • 1.0 Session Topic – Early Age Hydration
  • 1.1 Session Topic Mechanisms
  • 1.2 Session Topic Modeling
  • 1.3 Session Topic Instrumentation and Experimentation
  • 2 Session Topic – SCM’s
  • 3 Session Topic – Post Peak Hydration
  • 4 Session Topic – Admixture Interactions
  • 5 Session Topic – Thermochemistry and Geochemical Viewpiont
  • 6 Session Topic – Alternative Cement Systems
  • Poster Session
    • Characterizationof Early Hydration and Setting of Oil Well Cement by a Multifaceted Approach
    • Compositional-Property Relationships in Low-Energy, Low-CO2 Calcium Sulfoaluminate-Belite Cement
    • Early-Age Microstructure Evolution of Cement Pastes
    • From Single Particles to Particle Ensembles – Population Balance Details
    • Influence of Nano-Anatase TiO2 Additions on Cement Hydration: Experiments and Modeling
    • Measurement of Apparent Activation Energy of Portland Cement Based Materials
    • Preliminary study of the setting of cement paste by impedance measurements
    • Single Particle Model for C3S Hydration – A Semi-Analytical Continuum Approach
    • Single Particle Models for C3S Hydration – A Multi-Component Distributed Parameter Continuum Approach
• Titles
  • Balcom – Monitoring Cement Hydration with Embedded NMR Probes
  • Beaudoin – Nanostructural Metamorphosis and Engineering Behavior of C-S-H in Hydrating Cement Systems
  • Biernacki – Population Balance Modeling of Cement Hydration
  • Bishnoi – Nucleation and growth kinetics and the density of C-S-H
  • Bullard – Can C-S-H Growth Behavior Be Predicted? Questions From a Modeling Perspective
  • Chen – A Coupled Nanoindentation/SEM-EDX Study on Low Water/Cement Ratio Portland Cement Paste – Evidence for C-S-H/Ca(OH)2 Nanocomposites
  • Cheung – Influence of Triethanolamine and Triisopropanolamine on the Hydration of Portland Cement
  • Dolado – A Molecular Dynamics Study of the Formation of Calcium (Alumino) Silicate Hydrate (C-A-S-H) Gels
  • Hager – Monitoring of Hydration in Cement systems by Brodband Time-Domain-Reflectrometry Dielectric Spectroscoy
  • Hansen – Mechanism and Modeling of Cement Hydration
  • Hooton – Evaluation of Cement Admixture Interactions
  • Hooton – Pore Fluid Composition and Effect pm SCM’s
  • Huet – Modeling the Effect of C-S-H Incongruent Dissolution on Cement Reactivity in CO2 Rich Environment.
  • Jeknavorian – Impact of Water Reducers and Superplasticizers on the Hydration of Portland Cement
  • Jennings – Some Observations Relating Kinetics, Chemistry, and Product Structure of Hydrating Cement Paste
  • Juenger – Recent Advances in Sulfoaluminate-belite Cement Research
  • Juilland – Analysis of Induction Period in Terms of Dissolution Theory from Geochemistry
  • Livingston – The Transition to Diffusion-Limited Kinetics in Hydrating Cement Pastes
  • Lothenbach – Hydration of Blended Cements
  • Luttge – Vertical Scanning Interferometry (VSI) and Kinetic Monte Carlo Simulation – Complementary Tools for the Study of Cement Setting Kinetics
  • Myneni – Probing the Amorphous and Nanocrystalline Aluminum Silicate Hydrate Phases in Alkaline Systems
  • Nonat – Early Hydration of Calcium Silicates: Driving Forces and Limiting Steps
  • Raki – Effect of Novel Organo-Mineral Phases on Cement Hydration and Concrete Properties
  • Ramlochan – Early Age Reactions of Sulphate Phases that Conribute to Early Stiiffening of Hydraulic Cements
  • Roberts – Admixtures and C Ash – A Challenge to Model
  • Sandberg – The Use of Isothermal and Semi-Adiabatic Calorimetry to Study Cement Hydration Kinetics-Pros and Cons
  • Scherer – Effect of Pressure on Early Hydration
  • Scherer – Hydration and Percolation
  • Schweitzer – The Mechanism of the Induction Period in Cement Hydration Inferred from Nuclear Resonance Reaction Analysis
  • Scrivener – Impact of Hydration Kinetics on SCM’s
  • Silva – Impact of Accelerators and Retarders on the Hydration of Portland Cement
  • Sun – Early-Age Microstructural Evolution of Cement Pastes
  • Tagnit-Hamou – Hydration of Glass Powder as a Cementitious Material
  • Thomas – Digital and Mathematical Modeling of the Nucleation and Growth of Cement-Based Materials
  • Winnefeld – Thermodynamic Modelling of the Hydration of Calcium Sulfoaluminate Cements
• Travel