| Name |
Affiliation |
Title |
| R. A. Livingston |
FHA, USA |
NEUTRON SCATTERING METHODS FOR CONCRETE NANOSTRUCTURE CHARACTERIZATION |
| P. Bartos |
University of Paisley, UK |
NANOTECHNOLOGY IN CONSTRUCTION: A ROADMAP FOR DEVELOPMENT |
| L. Cassar |
Italcementi,
Italy |
NANOTECHNOLOGY AND PHOTOCATALYSIS IN CEMENTITOUS MATERIALS |
| J. Schweitzer |
University of Connecticut, USA |
NANOSCALE MEASUREMENTS OF CEMENT HYDRATION DURING THE INDUCTION PERIOD |
| L. Raki |
IRC-NRC, Canada |
SYNTHESIS OF CALCIUM SILICATE HYDRATE/POLYMER NANOCOMPOSITES |
| K. Zetkova |
Synpo, Czech Republic |
CURRENT ACTIVITIES IN CONSTRUCTION |
| D. Quenard |
CSTB, France |
MICRO-NANO POROUS MATERIALS FOR HIGH PERFORMANCE THERMAL INSULATION |
| P. Acker |
Lafarge, France |
ULTRA HIGH-PERFORMANCE CONCRETE: MATERIAL ENGINEERING BY NANOINDENTATION TESTING AND NANOMECHANICAL ANALYSIS |
| J. S. Dolado |
NANOC-LABEIN, Spain |
AB-INITIO MODELLING AS A TOOL FOR UNDERSTANDING C-S-H GEL |
| I. Campillo |
NANOC, LABEIN-Tecnalia, Spain |
CHARACTERIZATION AND REDUCTION BY NANO-ADDITIONS OF THE EFFECT OF CALEACHING IN CEMENT PASTES |
| A. Porro |
NANOC, LABEIN-Tecnalia, Spain |
OPENING PAPER: NANOSCIENCE AND NANOTECHNOLOGY IN CONSTRUCTION MATERIALS |
| K. van Breugel |
Delft University, Netherlands |
MULTI-SCALE MODELLING: THE VEHICLE FOR PROGRESS IN FUNDAMENTAL AND PRACTICE-ORIENTED RESEARCH |
| T. H. Wegner |
USDA Forest Service, USA |
NANOTECHNOLOGY OPPORTUNITIES IN RESIDENTIAL AND NON-RESIDENTIAL CONSTRUCTION |
| J. Larsen-Basse |
NSF, USA |
NANOMATERIALS IN CONSTRUCTION AND REHABILITATION: CONTRIBUTIONS AND PERSPECTIVES OF THE US NATIONAL SCIENCE FOUNDATION |
| A. Palomo |
IETCC-CSIC, Spain |
THE ALKALI ACTIVATION OF FLY ASHES: FROM MACRO TO NANOSCALE |
| J. Kasperkiewicz |
IPPT-PAN, Poland |
ON A POSSIBILITY OF STRUCTURE IDENTIFICATION BY MICROINDENTATION AND ACOUSTIC EMISSION |
| Roland Pellenq |
University of Marseille, France |
THE NATURE OF COHESION FORCES IN HARDENED CEMENT-BASED MATERIALS |
| A. Dominguez |
University of Sevilla, Spain |
SUPERPLASTIC BEHAVIOUR IN NANO CERAMICS |
| G. Elvin |
University of Illinois, USA |
NANOTECHNOLOGY AND DESIGN |
| P. Balaguru |
Rutgers University, USA |
NANO-CONCRETE: POSSIBILITIES AND CHALLENGES |
| M. T. Cuberes |
Castilla-La Mancha University, Spain |
ULTRASONIC FORCE MICROSCOPY: A TECHNIQUE FOR MAPPING MATERIALS PROPERTIES AT A NANOMETER SCALE WITH POTENTIAL APPLICATIONS TO BUILDING MATERIALS |
