TY - BOOK
T1 - Report on bio-chemical processes controlling the evolution of the microstructure and mechanical properties of cementitious materials
T2 - D16.4 and 16.6
AU - Vidal, Thierry
AU - Rougelot, Thomas
AU - Jantschik, Kyra
AU - Middelhoff, Marvin
AU - Kulenkampff, Johannes
AU - Hausmannová, Lucie
AU - Vašíček, Radek
AU - Hlavackova, Veronika
AU - Le Duc, Trung
AU - Griffa, Michele
AU - Ma, Bin
AU - Churakov, Sergey V.
AU - Phung, Quoc Tri
AU - Neeft, Erika
AU - Deissmann, Guido
AU - Mijnendonckx, Kristel
AU - Helson, Olivier
AU - Večerník, Petr
AU - Černoušek, Tomáš
AU - Němeček, Jiří
AU - Singh, Ananya
AU - Engelberg, Dirk
AU - Evan, Elizabeth
AU - Boothman, Christopher
AU - Morris, Katherine
AU - Shaw, Sam
AU - Lloyd, Jonathan
AU - Wei, Ting-Shyang
AU - Cherkouk, Andrea
AU - Dewitte, Charlotte
AU - Neji, Mejdi
N1 - Score=1
RN - EURAD - D16.4 + D16.6
PY - 2024/5/30
Y1 - 2024/5/30
N2 - This report provides a summary of the results and protocol development for the Task 2 and Task 3 experimental studies. It consists of a set of ongoing (started before EURAD) and new experiments with a selection of mortar/concrete samples in contact with various solutions and atmospheres (CO2), which are representative of different host rocks, with or without microbial activity. Results show the chemical/textural changes (mineralogical evolutions, chemical changes, porosity, transport properties) and their impact on the mechanical properties (Young modulus, compressive/tensile strengths, etc). WP leader and EURAD coordinator decided to merge the D16-6 (Subtask 3-3) and the D16-4 (final deliverable of Task 2) to group all microbiology work. This would facilitate interpreting the microbiology experiments. Project title: European Joint Programme on Radioactive Waste Management Project Type: European Joint Programme (EJP) EC grant agreement No. 847593 Work Package Title: Chemo-Mechanical AGIng of Cementitious materials
AB - This report provides a summary of the results and protocol development for the Task 2 and Task 3 experimental studies. It consists of a set of ongoing (started before EURAD) and new experiments with a selection of mortar/concrete samples in contact with various solutions and atmospheres (CO2), which are representative of different host rocks, with or without microbial activity. Results show the chemical/textural changes (mineralogical evolutions, chemical changes, porosity, transport properties) and their impact on the mechanical properties (Young modulus, compressive/tensile strengths, etc). WP leader and EURAD coordinator decided to merge the D16-6 (Subtask 3-3) and the D16-4 (final deliverable of Task 2) to group all microbiology work. This would facilitate interpreting the microbiology experiments. Project title: European Joint Programme on Radioactive Waste Management Project Type: European Joint Programme (EJP) EC grant agreement No. 847593 Work Package Title: Chemo-Mechanical AGIng of Cementitious materials
KW - Cementitious materials
KW - Mechanical strength
KW - Microbiology
KW - Concrete
KW - Chemical aging
KW - EURAD
UR - https://ecm.sckcen.be/OTCS/llisapi.dll/open/89909201
M3 - Third partyreport
T3 - EURAD Reports
BT - Report on bio-chemical processes controlling the evolution of the microstructure and mechanical properties of cementitious materials
PB - EURAD - European Joint Programme on Radioactive Waste Management
ER -