Cracking Mode And Shear Strength Of Lightweight Concrete Beams

The shear strength of deep beams is a function of many factors such as concrete compressive strength, main and web reinforcement, slenderness (shear span/depth ratio), End

The mid-span deflection of beams at horizontal shear failure loads versus the position of beams with different interface clamping stress and different slab lightweight

Figure 5.9 – Actual and predicted γ values for high-strength normal weight and shale lightweight ductile test specimens. At lower levels of ductility, the curves are not expected

used, and also due to the limited amount of tests carried out using high strength steel as reinforcement in lightweight concrete members, it would be difficult

Consequently, ACI 318-11 formulates shear transfer capacity of concrete beams without shear reinforcement as a function of the capacity and inclination of struts for

a) To study the effect of temperature on water sorptivity and chloride ingress for lightweight aggregate concrete, normal weight and recycled aggregate concrete. b) To investigate

The increase in spitting tensile strength, flexural strength and toughness index for lightweight concrete seems much higher than that of normal aggregate

Performance evaluation of palm oil clinker as coarse aggregate in high strength lightweight concrete,.. Journal of Cleaner