Mechanical properties and durability of synthesized geopolymer composites based on metakaolin and other by-product materials /
Eslam Ahmed Ahmed Mahmoud Elgabry
Mechanical properties and durability of synthesized geopolymer composites based on metakaolin and other by-product materials / الخواص الميكانيكية والتحمل مع الزمن لمركبات جيوبوليمريه من الميتاكاولين وبعض المخلفات الصناعيه الأخرى Eslam Ahmed Ahmed Mahmoud Elgabry ; Supervised Mohamed Ismail Abdelaziz Serag - Cairo : Eslam Ahmed Ahmed Mahmoud Elgabry , 2019 - 72 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
In this research, 19 different synthesized geopolymer composites were prepared and tested. These mixes were based on metakaolin as source material and different ratios of cement kiln dust, slag, silica fume, copper, and zinc dust.Compressive strength and durability were measured for all mixes cured by different techniques. Compressive strength were measured at 3, 7, 14, 28, and 90 days while durability was tested against and exposure to sea water, nitric acid and against fire at 400 oC temperature. The results show remarkable properties for some composites with respect to strength and durability
Cement Kiln Dust Geopolymer Concrete Slag
Mechanical properties and durability of synthesized geopolymer composites based on metakaolin and other by-product materials / الخواص الميكانيكية والتحمل مع الزمن لمركبات جيوبوليمريه من الميتاكاولين وبعض المخلفات الصناعيه الأخرى Eslam Ahmed Ahmed Mahmoud Elgabry ; Supervised Mohamed Ismail Abdelaziz Serag - Cairo : Eslam Ahmed Ahmed Mahmoud Elgabry , 2019 - 72 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
In this research, 19 different synthesized geopolymer composites were prepared and tested. These mixes were based on metakaolin as source material and different ratios of cement kiln dust, slag, silica fume, copper, and zinc dust.Compressive strength and durability were measured for all mixes cured by different techniques. Compressive strength were measured at 3, 7, 14, 28, and 90 days while durability was tested against and exposure to sea water, nitric acid and against fire at 400 oC temperature. The results show remarkable properties for some composites with respect to strength and durability
Cement Kiln Dust Geopolymer Concrete Slag