The addition of by-products, such as recycled concrete aggregate and ground granulated blast furnace slag, modify the in-fresh flowability ordinary self-compacting both initially over time. A detailed study is presented in this paper 18 mixtures (SF3 slump-flow class) containing 100% coarse aggregate, two types cement (CEM I or CEM III/A, latter with 45% slag), different contents fine (0, 50, 1...

Steel fiber reinforced self-compacting concrete is well accepted for better resistance segregation, and effective use in congested reinforcements. It will have improved ductile property crack propagation minimum. As the need sustainable materials increasing all over world, innovative technique making more durable significant importance. prone to cracking, cracks make vulnerable fact that it deb...

Abstract The self-compacting concrete (SCC), which is the major innovation of technology 21 st century, has been sustained due to its impact on sustainable construction infrastructures. Various additives have coupled into production SCC improve passing ability, flow, shear stress, dynamic resistance and segregation resistance. flow experimentally measured through various models, include Slump-c...

This project presents the experimental study on self-compacting concrete (SCC) with replacement of cement by various percentage Silica Fume and Fly Ash. The main objective is to determine Flexural strength, Compressive strength Split tensile Self compacting partial use fly ash in today an important subject growing importance day day. Using many provide both economic advantages enhanced properti...

Abstract Steel Fiber Reinforced Self-Compacting Concrete (SFRSCC) is a material that combines the benefits of self-compacting concrete in fresh state and greater durability, with gains fiber- reinforced hardened state, especially residual flexural strength. Results are presented this paper strengths on 48 prenotched prisms conducted accordance RILEM TC 162 TDF for Concretes (SFRSCC). This artic...