In general practice of performance-based seismic assessment and dynamic analysis of building structures, the recorded ground motions from past earthquake events are selected and modified according to the site conditions ...

This research work reports the manufacturing procedure of local Rice Husk Ash (RHA), its use in Self-Compacting Mortar (SCM) systems and the comparison of locally made RHA with another source to study the effect of particle ...

This report presents a research and study on analysis of size effect on concrete steel bond strength. The utility of reinforced concrete (RC) as a structural material is derived from the combination of concrete that is ...

Concrete is one of the most extensively used building materials which consume high energy and it causes significant environmental pollution. The present study is targeted to investigate the dilution of cement by granite ...

Multiple earthquakes have the potential to cause rapid strength degradation in reinforced concrete structures. Researchers mainly focused on seismic vulnerability of reinforced concrete buildings under the single earthquake, ...

Fire resistance is one of the significant properties of the normal-strength concrete, however, the new types of concretes such as fiber-reinforced concrete (FRC), high-strength concrete (HSC), Self-consolidating concrete ...

The performance of high strength concrete (HSC) under fire conditions is an established concern in concrete industry. The kinetics and mechanisms involved in processes that affect the fire behavior of HSC are mostly ...

This study represents a comparison of five SCP systems with and without SRMs made at the water demand of cement and those made at individual water demands of SCP systems having varying acacia Nilotica (AN) gum powder ...

Particle size of powdered Acacia Modesta (AM) gum affects the fresh and hardened properties of self-compacting paste (SCP) systems and this aspect has not been researched so far. This study focuses on the effect of particle ...