ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...

ABUDUSHALAMU, Aili VANDAMME, Matthieu Torrenti, Jean Michel Masson, Benoit

Long-term shrinkage and creep of concrete can impact the lifetime of concrete structures. Basic creep of cementitious materials is now known to be non-asymptotic and evolve logarithmically with time at large times. However, the long-term kinetics of autogenous shrinkage is not systematically analyzed. Here we first aim at finding out how autogenous...