This project comprises of strengthening the compressed fly ash bricks by addition of Ironite powder.The green movement has greatly influenced the design and construction of the built infrastructure across the globe. There is a growing interest in delivering high performance building systems. A highperformance building is as defined in the Energy Policy Act of 2005 [1]:a building that integrates and optimizes all major high performance building attributes, including energy efficiency, durability, life cycle performance, and occupant productivity. This view was echoed by the US building enclosure community in 2008 when they launched a formal initiative which underscored the linkages between energy efficiency, durability and the quality of the indoor environment. The discussion in this paper focuses on the realization of high performance buildings through developing more ecological and durable walling elements based on the use of compressed fly ash bricks by adding the admixture named Ironite materials to the compressed fly ash bricks at certain ratio. In this we are going to show the improvement of strength in fly ash bricks through a comparative study.
The aim of this entire research approach is to produce the damage free drilling operation on the IPN composites by selecting the suitable cutting parameters. The standard combinations of polyurethane and vinyl ester resins were used as the matrix material to fabricate the IPN composite laminate with carbon reinforcement. To expedite this, the analysis of variance (ANOVA) and taguchi combination method was used. Based on the technique proposed in taguchi, the plan of experiments had been carried out, by opting the variant process parameters of the drilling; similarly, ANOVA was used to determine the drilling characteristics of the IPN laminate (carbon fiber) of various drill bits like Helical flute, Four-flute, Helical flute – K12 drill bits. The main objective upon doing this experiment was that, to establish the finest correlation between the feed rate and cutting velocity as the output of delamination in IPN laminate, by precisely choosing the multi linear regression analysis. At last, the evaluation tests were carried out to compare the obtained result with correlated analysis, as well it had shown significant agreement with each other.
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