The purpose of this paper is an investigation of the possible role of supplementary cementitious materials (SCMs) on water transport kinetics and mechanical properties of hydrated lime (CL90) and Portland cement (PC) mortars. The properties of hydrated lime are significantly different from those of cement and therefore modifying fresh and hardened properties of these mortars are vital for mortar/substrate optimisation in masonry construction. The parameters investigated in this paper often are the main barriers to the use of hydrated lime in construction practice. The results show that transfer sorptivity and time to dewater freshly-mixed hydrated lime mortars can be modified when binder is partially replaced with SCMs. Compressive strength...
Summarization: This study presents the results of the physico-chemical characterization of original ...
Lime-based mortars composed of calcium silicate binders harden as a resu lt of a combined reaction o...
The increasing use of lime-based mortars for the restoration of historic buildings and structures ju...
The purpose of this paper is an investigation of the possible role of supplementary cementitious mat...
The purpose of this paper is an investigation of the possible role of zeolite and powdered Bayburt s...
Blended lime-cement mortars, which are frequently used in masonry construction, mature as a result ...
Blended lime-cement mortars are commonly used in conservation practices even though they may show la...
This work aims at systematic characterization of various proportions of blended lime-cement mortars...
This paper examines the influence of moisture and chlorides on the mechanical properties of natural ...
This paper presents the investigation and characterization of Type S hydrated lime in aged solutions...
Protecting the built cultural heritage is one of the most important tasks in architectural practice....
Hardening reactions in cement-lime mortars containing 30wt%, 50wt% and 70wt% lime as a cement replac...
The detrimental effects of the rapid dewatering of cement mortars due to the interaction of wet mort...
Many important properties of masonry, particularly strength and weather resistance, are affected to ...
This work focuses on the chemical-mineralogical, textural and physical-mechanical properties of hydr...
Summarization: This study presents the results of the physico-chemical characterization of original ...
Lime-based mortars composed of calcium silicate binders harden as a resu lt of a combined reaction o...
The increasing use of lime-based mortars for the restoration of historic buildings and structures ju...
The purpose of this paper is an investigation of the possible role of supplementary cementitious mat...
The purpose of this paper is an investigation of the possible role of zeolite and powdered Bayburt s...
Blended lime-cement mortars, which are frequently used in masonry construction, mature as a result ...
Blended lime-cement mortars are commonly used in conservation practices even though they may show la...
This work aims at systematic characterization of various proportions of blended lime-cement mortars...
This paper examines the influence of moisture and chlorides on the mechanical properties of natural ...
This paper presents the investigation and characterization of Type S hydrated lime in aged solutions...
Protecting the built cultural heritage is one of the most important tasks in architectural practice....
Hardening reactions in cement-lime mortars containing 30wt%, 50wt% and 70wt% lime as a cement replac...
The detrimental effects of the rapid dewatering of cement mortars due to the interaction of wet mort...
Many important properties of masonry, particularly strength and weather resistance, are affected to ...
This work focuses on the chemical-mineralogical, textural and physical-mechanical properties of hydr...
Summarization: This study presents the results of the physico-chemical characterization of original ...
Lime-based mortars composed of calcium silicate binders harden as a resu lt of a combined reaction o...
The increasing use of lime-based mortars for the restoration of historic buildings and structures ju...