%0 Journal Article %1 noauthororeditor %A El-Didamony, H. %A Mohamed, S. Abd El-Aleem %A Gouda, H. %D 2015 %E Kumar, Dr. Shiv %J International Journal of Innovative Science and Modern Engineering (IJISME) %K Blended Bulk Cements Compressive Durability GGBFS SRC and density strength %N 9 %P 23-35 %T Durability Performance of Blended Cements Incorporating Egyptian SRC and GBFS in Aggressive Water %U https://www.ijisme.org/wp-content/uploads/papers/v3i9/I0927083915.pdf %V 3 %X The durability of concrete has been a major concern of civil engineering professionals over the last few decades. Durability is the capacity of concrete to resist deterioration caused by aggressive environments. An experimental investigation was carried out to evaluate the durability properties of blended cements prepared from substitution of SRC with different percentages of GGBFS up to 75 mass, %. The ingredients of each dry mix were homogenized, and then hydrated with the water of standard consistency. The specimens were cured under tap water for 28 days (zero time), then immersed in marine environment up to 12 months. The hydration products were analyzed using DTA, IR and XRD techniques. The durability properties were determined by measuring: free lime, combined water, bulk density, compressive strength, total sulfate and total chloride contents for each mix at different immersing ages. The results revealed that, GGBFS decreases the accessibility of SO4 2- and Clto penetrate into the pore system. Hence the total sulfate and total chloride contents decrease. Therefore, the durability performance of SRC is greatly enhanced by the use of high GGBFS contents. The composite cements containing 45-55 mass, % of GGBFS are comparable to or outperform SRC up to one year of immersion in aggressive water.

@article{noauthororeditor, abstract = {The durability of concrete has been a major concern of civil engineering professionals over the last few decades. Durability is the capacity of concrete to resist deterioration caused by aggressive environments. An experimental investigation was carried out to evaluate the durability properties of blended cements prepared from substitution of SRC with different percentages of GGBFS up to 75 mass, %. The ingredients of each dry mix were homogenized, and then hydrated with the water of standard consistency. The specimens were cured under tap water for 28 days (zero time), then immersed in marine environment up to 12 months. The hydration products were analyzed using DTA, IR and XRD techniques. The durability properties were determined by measuring: free lime, combined water, bulk density, compressive strength, total sulfate and total chloride contents for each mix at different immersing ages. The results revealed that, GGBFS decreases the accessibility of SO4 2- and Clto penetrate into the pore system. Hence the total sulfate and total chloride contents decrease. Therefore, the durability performance of SRC is greatly enhanced by the use of high GGBFS contents. The composite cements containing 45-55 mass, % of GGBFS are comparable to or outperform SRC up to one year of immersion in aggressive water.}, added-at = {2021-09-18T13:08:09.000+0200}, author = {El-Didamony, H. and Mohamed, S. Abd El-Aleem and Gouda, H.}, biburl = {https://www.bibsonomy.org/bibtex/21643bb268bf89f934265b14ea0854a9f/ijisme_beiesp}, editor = {Kumar, Dr. Shiv}, interhash = {8cbabae1ac34173074f098714974cbbf}, intrahash = {1643bb268bf89f934265b14ea0854a9f}, issn = {2319-6386}, journal = {International Journal of Innovative Science and Modern Engineering (IJISME)}, keywords = {Blended Bulk Cements Compressive Durability GGBFS SRC and density strength}, language = {En}, month = {August}, number = 9, pages = {23-35}, timestamp = {2021-09-18T13:08:09.000+0200}, title = {Durability Performance of Blended Cements Incorporating Egyptian SRC and GBFS in Aggressive Water}, url = {https://www.ijisme.org/wp-content/uploads/papers/v3i9/I0927083915.pdf}, volume = 3, year = 2015 }