Paper Title

INVESTIGATION ON PROPERTIES OF CONCRETE BY PARTIAL REPLACEMENT OF CEMENT WITH TITANIUM AND GGBS

Abstract

Among construction materials, concrete is best. Additionally, it will adjust to the site\'s conditions quite effectively. Although cement, fine aggregate, coarse aggregate, and water all are mixed together to make this concrete, it is thought of as a homogeneous substance. There are several ways for concrete to profit. strength, changing the concrete\'s components is another option, however only partially is thought to be ideal. Major now the cement component acts as a binding agent in concrete, therefore by partially substituting the cement with different Cementations ingredients like GGBS and tio2 will produce the best results in increased concrete strength ratings. A modest attempt is conducted in this study to alter the characteristics of concrete by replacing some of the cement with10%, 20%30%,40% and 50%, of GGBS of a percentage and 0.6%,0.8%,1% and 1.2% of titanium dioxide.
KEYWORDS : (ground granulated blast furnace slag), (titanium dioxide), compressive strength, split tensile strength.

Paper Title

INVESTIGATIONON PROPERTIES OF CONCRETE BY PARTIAL REPLACEMENT OF CEMENT WITH DOLOMITE POWDER BY USING ABACA FIBRE

Abstract

Concrete is most adaptable, durable and reliable construction material over the world and it is the most important basic material in all civil engineering structures. The ingredients of concrete are cement, fine, coarse aggregates and water, which are mixed in a particular proportion to get required strength. Increase in demand of cement around the globe seeks high intention in finding some alternatives to cement in concrete. The inception of new alternative limits the CO2, a major greenhouse effect causing gas. Research is taking place on all corners of the globe in search of different material options. River sand is collected from river beds to build houses and giant infrastructure to satisfy population growth requirements. The globalization and advanced technology required to meet the requirements of the worldwide economy at domestically and internationally has become a significant issue in preserving the river sand used as a fine aggregate in concrete manufacturing. In this study a small trial is done to modify the properties of concrete by partial replacement of cement with dolomite powder with different percentages 0%, 6%, 12% & 18% and fine aggregate with abaca fiber is varied different percentages of 0%,0.25%,0.5% and 1%.
KEYWORDS : Dolomite powder, Abaca fiber, compressive and split tensile strength.

Paper Title

DEVELOPING METHODS FOR SOLAR PANELS WITH LOWER COSTS-A STUDY

Abstract

A natural money saving advantage investigation was utilized to decide the achievability utilizing sun based photovoltaic (PV) as an elective influence source. The capital speculation cost and the expense of externalities such NOx and CO2 emanations from a flammable gas power age process were esteemed. The natural effect of treating waste water was esteemed in light of Cost-Benefit Analysis Using Data Envelopment Analysis. The ECBA results demonstrated that utilizing sunlight based photovoltaic modules is a doable choice and is practically identical to the current regular matrix power method of activity. Sun based energy recuperation has started to have its spot all around the world on the energy market because of the virtue of its power creation. Business utilization of sunlight based energy is tragically still rather little, for the most part because of exorbitant costs and low proficiency contrasted with different sources. This report presents a scholarly survey of the creating system of sunlight based chargers. A key part in any items flourishing lies in the item improvement process, the way from an items thought to end result. In the creation of sunlight powered chargers information in areas of designing, materials, structures, plan, gadgets, economy, showcasing and substantially more are required; making the cycle costly.
KEYWORDS : Solar Energy, Photovoltaic, solar panels.

Paper Title

BEHAVIOUR ON COIR FIBRE CONCRETE BY PARTIAL REPLACEMENT OF CEMENT WITH ALCCOFINE 1203

Abstract

Concrete is most adaptable, durable and dependable construction material over the world and it\'s the most important introductory material in all civil engineering structures. The constituents of concrete are cement, fine, coarse summations and water, which are mixed in a particular proportion to get needed strength. Increase in demand of cement around the globe seeks high intention in chancing some druthersto cement in concrete. The commencement of new indispensable limits the CO2, a major hothouse effect causing gas. Research is taking place on all corners of the globe in hunt of different material options. To meet the needs of population increase, river sand is extracted from riverbeds and used to construct homes and massive infrastructure. The preservation of river sand used as a fine aggregate in concrete production has become a serious problem due to globalisation and the enhanced technology needed to fulfil local and international economic demands. In this study, a small trial is conducted to modify the properties of concrete by partially replacing the cement with alccofine 1203 at different percentages of 0%, 5.1%, 10.1%, 15.1%, and 20.1% and fine aggregate with coir fibres of length 15mm at various percentages of 0%, 1.1%, 2.1%, 3.1%, and 4.1%. To assess the concrete\'s compressive and split tensile strengths, various tests are conducted. Every specimen is utilised for 7 and 28 days and tested for compressive and split tensile strength .
KEYWORDS : Alccofine (1203), coir fibre, compressive strength , split tensile strength.

Paper Title

BEHAVIOUR ON CONCRETE WITH RECYCLED AGGREGATES AND CEMENT WITH METAKAOLIN

Abstract

One of the most frequently used building materials worldwide is concrete. The recycling of used concrete has been considerably increased by recent technologies. The availability of destroyed concrete for use as recycled concrete aggregate is growing as a result of the severe lack of natural material. The study discusses both recycled and natural aggregates, as well as the impact of mineral admixture (metakaolin) on strength experiments.To make concrete more durable and strong, include metakaolin in the mix. The replacement of natural aggregate with recycled aggregates was cast in the concrete that was created using M30 grade in the experimental work on the subject. Natural aggregate replacement ranged from 0% to 100%. Metakaolin is utilised in cement as a partial replacement in amounts of 5 percent, 10 percent, 15 percent, and 20 percent for all combinations. After 7 and 28 days of curing, the compressive strength of concrete has been determined and the findings of concrete have been compared. The findings indicate that concrete with 15% metakaolin and 50% recycled aggregates has a high strength. the concrete\'s split tensile and compressive strengths.
KEYWORDS : Recycled aggregates, Metakaolin, compressive strength, split tensile strength

Paper Title

IMPACT ANALYSIS OF NOZZLE DESIGN IN STEAM TURBINES

Abstract

In the field of energy conversion, Steam turbines play a crucial part. The design and operational procedures of steam turbine is highly advanced and considered as fully fledged technological components. This steam turbine converts heat energy of steam to mechanical energy. Every industry comprises of these turbines for they regarded as a perfect replacement of many heat engines and prime movers and also used in power plants for possessing greater thermal efficiency and high power to weight ratio. Above all, the turbine is an assembly of nozzles which were used to generate high kinetic energy. These nozzles are great devices for understanding the working features of steam turbines. A different kinds of sizes and shapes of nozzles are feasible, among those Convergent Divergent nozzle is frequently used. When steam turbine works the flow loss of steam increases as the disrupt of profile and surface smoothness occurs because of solid particle erosion on nozzle surface.
KEYWORDS : Steam turbine nozzle, CATIA, ANSYS FLUENT

Paper Title

RECOGNISE THE ANALYTICAL PATTERN OF ATM USAGE AND IT\'S FINANCIAL PROBABILITY

Abstract

Data mining is becoming strategically important area for many business organizations including banking sector. It is a process of analysing the data from various perspectives and summarizing it into valuable information. Data mining assists the banks to look for hidden pattern in a group and discover unknown relationship in the data. Today, customers have so many opinions with regard to where they can choose to do their business. Early data analysis techniques were oriented toward extracting quantitative and statistical data characteristics. These techniques facilitate useful data interpretations for the banking sector to avoid customer attrition. Data mining techniques has been proved the most commonly used techniques for prevention and detection of financial frauds. The implementation of data mining techniques for fraud detection follows the traditional information flow of data mining, which begins with feature selection followed by representation, data collection and management, pre - processing, data mining, post-processing, and performance evaluation
KEYWORDS : Data mining techniques, Financial Probability

Paper Title

STUDY ON THE EFFECT OF TEMPERATURE AND SPEED ON FSW ALUMINIUM WELDS

Abstract

Friction stir welding is a recent promising solid state joining technique used to join high strength aluminium alloy. This present work is focused to evaluate the effect of process parameters such as tool rotational speed; welding speed and temperature on tensile strength of friction stir welded aluminium alloy AA 6065 joints The mechanical properties of welded materials are measured in terms of tensile strength, with the help of vertical milling machine create the specimen by friction stir welding (FSW). Universal Testing Machine was used to check tensile testing of the welded specimen was carried out. Using Taguchi method of optimization with design of experiments used in the present work. Experimental work carried out to weld the aluminium composites joints to predict tensile strength of the welded joint. After comparison of predicted and practical values of tensile strength conclude that with increase in pin length tensile strength increase contently and tool geometry with a large shoulder diameter together with high welding speed leads to decrease in tensile strength of the welds work pieces.
KEYWORDS : aluminium alloy 6065, friction stir welding

Paper Title

CLOUD COMPUTING AND INFORMATION POLICY IN ACADEMIC INSTITUTIONS

Abstract

Cloud computing is an emerging innovative IT-based business model which is attracting the attention of practitioners, for its potentiality of industry adoption, as well as of academicians, for research undertaking in different dimensions. Despite having a number of business benefits and research scope, there is no universally accepted comprehensive, conceptual definition for cloud computing. Though different experts and academicians have given different definitions to cloud computing, none of them have identified all the key characteristics of cloud computing.
KEYWORDS :