Fresh and hardened properties and proposed structural application of styrofoam light weight concrete /
Ahmed Aladdin Fouad Shehata
Fresh and hardened properties and proposed structural application of styrofoam light weight concrete / الخواص الطازجه و المتصلده لخرسانة ستيروفوم الخفيفه و تطبيق إنشائي مقترح Ahmed Aladdin Fouad Shehata ; Supervised Osama Hodhod , Maheeb Abdelghaffar - Cairo : Ahmed Aladdin Fouad Shehata , 2015 - 62 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
This research is an investigation into the Fresh and hardened properties of Styrofoam lightweight concrete. The parameters of the study are: percent of replacing ordinary coarse aggregate with Styrofoam; water/cement ratio; percent of silica fume; and cement content. Strength development, compressive strength, tensile strength, modulus of elasticity and bond strength for different mixes with different parameters are investigated in order to assess light weight mixes with a relative high strength. It was found that a compressive strength of 25MPa can be achieved
lightweight concrete Poly concrete Styrofoam lightweight concrete
Fresh and hardened properties and proposed structural application of styrofoam light weight concrete / الخواص الطازجه و المتصلده لخرسانة ستيروفوم الخفيفه و تطبيق إنشائي مقترح Ahmed Aladdin Fouad Shehata ; Supervised Osama Hodhod , Maheeb Abdelghaffar - Cairo : Ahmed Aladdin Fouad Shehata , 2015 - 62 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
This research is an investigation into the Fresh and hardened properties of Styrofoam lightweight concrete. The parameters of the study are: percent of replacing ordinary coarse aggregate with Styrofoam; water/cement ratio; percent of silica fume; and cement content. Strength development, compressive strength, tensile strength, modulus of elasticity and bond strength for different mixes with different parameters are investigated in order to assess light weight mixes with a relative high strength. It was found that a compressive strength of 25MPa can be achieved
lightweight concrete Poly concrete Styrofoam lightweight concrete