Titlebook: Advances in Structural Engineering; Materials, Volume Th Vasant Matsagar Conference proceedings 2015 Springer India 2015 Bridge Engineering

Injunction

Memorial

Biofibre Reinforced ConcreteIn this study, also an attempt has been made to check the performance of biofibres when used in combination. The combinations tried are SICOF-PALF (SP), SICOF-MUSAF (SM), SICOF-BAGAF (SB) and PALF-MUSAF (PM). Out of these, the combination SM gave excellent results both in improving compressive and s

DECRY

Experimental Investigation and Numerical Validation on the Effect of NaOH Concentration on GGBS BaseGC, slump flow, V-Funnel, and T. tests were carried out. The workability of GGBS based self-compacting geopolymer concrete showed an evident decrease with the increase in sodium hydroxide concentration. Standard cubes and beams were casted and cured in the open atmosphere. Its 28?days compressive st

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Performance Studies on Geopolymer Based Solid Interlocking Masonry Blocksexural strength, under horizontal bending, performed better than that tested under vertical bending and gave the orthogonal ratio as 0.556, useful in wall design. The failure mechanism patterns are also discussed briefly. The paper concludes that the geopolymer blocks are sustainable and a structura

sclera

A Review on Studies of Fracture Parameters of Self-compacting Concrete of SCC decreases slightly with increased paste content. Increasing the volume of paste tends to make SCC brittle. Due to the quasi‐brittle nature of concrete; various computational fracture models have been developed to study the crack characterizing parameters in concrete structures, such as ficti

MOAT

Development of Mix Proportions for Different Grades of Metakaolin Based Self-compacting Concreteeptability because no vibration is needed and noise pollution is eliminated thereby. The construction process is safer and more productive. This paper presents the performance of self-compacted concrete by using ordinary Portland cement, metakaolin (MK) as a mineral admixture and Glenium B233 as a s

悶熱

Use of Efficiency Factors in Mix Proportioning of Fly Ash Concretese properties are known, an estimate of the cement equivalence of fly ash can be obtained for the fly ash used. This will help in reducing the number of trial mixes needed to arrive at the desired concrete mix. The present paper is a humble effort in this direction and deals with fly ash concrete mi

MULTI

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