International audienceCellulose ethers such as hydroxyethylmethyl cellulose (HEMC) and hydroxypropylmethyl cellulose (HPMC) are common admixtures in factory made mortars. Nevertheless, their use principally remains empirical, and no cement-admixture interaction mechanism has ever been rigorously demonstrated. The main issue of this publication deals with the control of secondary effects generated by these admixtures such as the retardation of cement hydration. In this frame, a study of the impact of HEMC and HPMC molecule parameters on the modification of cement hydration was carried out. Minor influence of the molecular weight and of the hydroxypropyl or the hydroxyethyl group content was observed. On the contrary, the results emphasize th...
Modern factory-made mortars are complex materials, in which are added some kinds of admixtures used ...
International audienceThis study focused on comparison of polysaccharide addition methods, either in...
International audienceThe impact of cellulose ethers (CE) on C3A hydration was examined to support t...
International audienceCellulose ethers are of universal use in factory-made mortars, though their in...
International audienceThis work compares the effects induced by polysaccharides on the hydration of ...
International audienceCellulose ethers are polymers frequently introduced into mortar formulations. ...
Cellulose ethers are of universal use in factory-made mortars, though their influences on mortar pro...
International audienceThis work deals with the relative efficiency of polysaccharides and their infl...
International audienceThis paper is devoted to the role of hydroxypropylguars (HPG) on water retenti...
International audienceHydroxypropylguars (HPGs) are used as water retention agents in modern factory...
International audienceThe influence of cellulose ethers (CE) on C3S hydration processes was examined...
International audienceThis paper evaluates and compares the impact of cellulose ethers (CE) on water...
When formulating materials containing an hydraulic binder and plant particles, the setting of the bi...
Polysaccharides are set-retarding admixtures which contribute to water retention and workability of ...
International audienceCellulose ethers (CE) are commonly used as additives to improve the quality of...
Modern factory-made mortars are complex materials, in which are added some kinds of admixtures used ...
International audienceThis study focused on comparison of polysaccharide addition methods, either in...
International audienceThe impact of cellulose ethers (CE) on C3A hydration was examined to support t...
International audienceCellulose ethers are of universal use in factory-made mortars, though their in...
International audienceThis work compares the effects induced by polysaccharides on the hydration of ...
International audienceCellulose ethers are polymers frequently introduced into mortar formulations. ...
Cellulose ethers are of universal use in factory-made mortars, though their influences on mortar pro...
International audienceThis work deals with the relative efficiency of polysaccharides and their infl...
International audienceThis paper is devoted to the role of hydroxypropylguars (HPG) on water retenti...
International audienceHydroxypropylguars (HPGs) are used as water retention agents in modern factory...
International audienceThe influence of cellulose ethers (CE) on C3S hydration processes was examined...
International audienceThis paper evaluates and compares the impact of cellulose ethers (CE) on water...
When formulating materials containing an hydraulic binder and plant particles, the setting of the bi...
Polysaccharides are set-retarding admixtures which contribute to water retention and workability of ...
International audienceCellulose ethers (CE) are commonly used as additives to improve the quality of...
Modern factory-made mortars are complex materials, in which are added some kinds of admixtures used ...
International audienceThis study focused on comparison of polysaccharide addition methods, either in...
International audienceThe impact of cellulose ethers (CE) on C3A hydration was examined to support t...