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PIC Based Frequency and RMS Value Measurement
Alankar Mahadev Salunkhe ; R. R. Jagtap
Electronics and Telecommunication
Year: 2017, Volume:3, Issue : 8
Pages: 55 - 62
For a nation its Economical development depends widely on factors such as its education, industrial growth and many other factors and one of the most important factors amongst them is Energy consumption. Currently in our country we are facing problem such as losses in production, transmission and distribution of power which causes financial damage for everyone. Electrical parameters such as voltage and current are important but in spite of that Frequency and RMS value of voltage and current are also important. There is no unique system for frequency and rms value measurement because of continuous isolation required for instrument and accuracy of instrument vary due to substantial changes in supply voltage and current under non-sinusoidal conditions. Proposed system is simple and can proved to be more efficient to measure frequency and rms value of voltage and current in both sinusoidal as well as non-sinusoidal supply conditions.
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Performance Evaluation of an Existing Reinforced Concrete Building under Seismic Loads using SAP
Bhagyawati M
Civil Engineering
Year: 2017, Volume:3, Issue : 8
Pages: 63 - 71
Earthquakes are very common in every part of the world. Geographical statics of India show that almost 60% of the land is vulnerable to earthquakes. Due to these earthquakes large destruction is caused to human life and the buildings. The buildings, which appears to be strong enough, may crumble like houses of cards during earthquake and deficiencies may be exposed. Experience gain from the recent earthquake of Indonesia, 2004 demonstrates that the most of buildings collapsed were found deficient to meet out the requirements of the present day codes. It has raised the questions about the adequacy of framed structures to resist strong motions, since many buildings suffered great damage or collapsed. Pushover analysis is a method to evaluate the performance of an existing building under earthquakes. In the proposed study a four-story residential existing reinforced concrete building in the city of Port Blair, Andaman and Nicobar Islands, subjected to seismic hazard, was analyzed. Plastic hinge is used to represent the failure mode in the beams and columns when the member yields. The pushover analysis was performed on the building using SAP2000 ver.14 software both in X and Y direction. The equivalent lateral force (ELF) procedure is used to compute design forces and distributed over the height of the structure. The main objective of the study reported in this paper is to check the performance level of the reinforced concrete structures during the seismic events.
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Increasing the Trend of Shopping Because of Plastic Money in Western Maharashtra
Rohit V Malagi ; Harshala Shelar
MANAGEMENT
Year: 2017, Volume:3, Issue : 8
Pages: 72 - 77
Technology has taken over the world. The World without Technology is the world without life. Technology plays an important role in making the society a better place therefore; we cannot imagine ourselves living without it. It has been part of our life and it is one of the key ingredients to survive in a fast-phase environment. The development of new technology helps people make work easier and makes the world a better place to live in. Use of Plastic Money is one of the areas that technology has been of great use in shopping Industry. Customers are prone to save their time by using plastic money. This is the reason why the shopping industry has to focus on Plastic Money Transactions than Cash Transactions. In the study Perceptions and Attitudes were sought and were extracted using a questionnaire as research instrument. It was found that individual factors such as Gender, Age, and Marital Status had a bearing on the use of plastic money. The Research concludes that Plastic Money is more convenient for carrying & for payment.
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Impact of Digital Marketing on Youth Buying Behavior at Big Bazaar in Udupi
D. M. Arvind Mallik ; Shanker Narayan Rao
MBA
Year: 2017, Volume:3, Issue : 8
Pages: 78 - 87
Digital Marketing has created a huge buzz in today’s world. It is very popular in the younger generations, but the middle and the older generations are also not untouched by the wave of its scope. On domestic front it is used for interacting with friends and relatives and for the purpose of socializing. On professional front, it has been widely used for acquiring markets by new business ventures. Many established organizations are undergoing operational change in their traditional practices in order to adapt to this online environment for promoting their products and services globally. Social media has been the most recent and booming technological innovations. It offers a wide range of benefits. Interest and curiosity to gain more knowledge in the field of social media has been the main ground for selecting the topic of Social media for the research purpose. Advertisers are increasingly using digital and social media for mainline advertising campaigns rather than one of marketing exercises. Digital and social media are now becoming the new barometer to gauge the popularity of a campaign before it is released on mass media. To keep up with consumers' digital advances, retailers are becoming savvier, implementing strategies and programs via smart phones, tablets and other digital venues. Digital marketing can take the form of push messaging, in-store digital signage, location-based promotions, email messaging and much more. This paper tries in understanding various aspects of digital marketing while connecting with younger audience the research is also important to identify Market size, growth and Market Potential of Big Bazaar. The research shows future Scenario of Big Bazaar in current perspective.
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Studies on Lead Content of Residential Paints Used in Oman
Dr Lakkimsetty Nageswara Rao ; Ahmed Harib Al Bulushi; S Feroz; Syed Murtuza Ali
Chemical Engineering
Year: 2017, Volume:3, Issue : 8
Pages: 88 - 93
An experimental investigation was carried out to assess the quantative presence of lead content of residential paints used in Oman. From local manufacture companies 32 samples were collected and analyzed the quantities of lead presence. It was found that the lead presence is ranged between BLD 0.73(min.) ppm to 18.65 ppm (max.) with standard deviation (SD) of 11.02834 ppm and average 1.744375 ppm. The maximum concentrations were found 18.65 ppm in company code (N29) for enamel gloss, blue color. An average of 40.6% of the samples contained below limit detection 0.73 ppm. The recommendations were suggested based on the data analyzed keeping in view of potential hazard of lead exposure to children in Oman.
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Implementing Product Recommendation System using Neural Network by Connection Social networking to E-Commerce
Manish Suresh Raka ; Sachin Godse
Computer Science and Engineering
Year: 2017, Volume:3, Issue : 8
Pages: 94 - 98
Recently, the bounds between e-commerce and social networking have become increasingly blurred. Many e-commerce websites keep the mechanism of social log in where users can to stay the websites using their social media identities like their Facebook or Twitter accounts. Users may also post their newly purchased products on micro-blogs with links on the e-commerce product web pages. Within this paper, we advise a manuscript solution for a cross-site cold-start product recommendation, which aims to recommend products from e-commerce websites to users at social networking sites in "cold-start" situations, an issue that has rarely been explored before. A serious challenge is how you can leverage knowledge extracted from social networking sites for the cross-site cold-start product recommendation.
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A Novel Data Gathering Approach using Mobile Collector for Energy Efficient Data Transmission
Veeramma ; Mallanagouda Biradar
Computer Science and Engineering
Year: 2016, Volume:3, Issue : 8
Pages: 99 - 102
A three-level structure is anticipated in support of movable information gathering in connectionless detector system. This consists of detector level, group leader level, and portable gatherer level. The structure utilizes conveyed load adjusted bunching and double information transferring, which is termed to as LBC-DDU. The goal is to accomplish great adaptability, long system lifetime and low information accumulation inactivity. The route for SenCar is upgraded to completely use double information transferring ability by appropriately selecting surveying focuses in every bunch and transmits information to the receiver nodes. Broad recreations are led to assess the viability of the proposed LBC-DDU plan.
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Study of Deep Drawing Process - A Review
Prashant Dudhat ; Sagar Bagasariya; Ashish Khunt; Akshay Koladiya; Jasmin Hirpara
Mechanical Engineering
Year: 2017, Volume:3, Issue : 8
Pages: 103 - 106
Deep drawing is part of forming process in which sheet metal drawn into die cavity by action of a punch. Sheet metal drawing is a more complex operation than cutting or bending, and more things can go wrong. A blank holding force, punch force, material property of sheet metal, thickness of sheet, velocity of punch, these are all affecting parameters in deep drawing process to regulate wrinkling effect, tearing effect and fracture defect. Nowadays composite material is extensively used in manufacturing industries due to its better strength. Die radius has the greatest influence on the deep drawing of stainless steel blank sheet followed by the blank holder force and the friction coefficient. Further, it is shown that a blank holder force application and local lubrication scheme improved the quality of the formed part. The present study aims to determine the optimum blank shape design for deep drawing of arbitrary shaped cups with a uniform trim allowance at the flange, i.e., cups without ears. The earing, or non-uniform flange, is caused by non-uniform material flow and planar anisotropy in the sheet. Drawing is sheet metal forming operation used to make cup shaped, box shaped, and complex curved and concave cup.
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A Survey on Security and Key Management in VANET
Vasukidevi G ; Dr. R. Sethukarasi
Computer Science and Engineering
Year: 2016, Volume:3, Issue : 8
Pages: 107 - 111
Vehicular Ad-hoc Networks (VANET) is an emerging technology for enhancing the safety measures of vehicles. To ensure safety and to keep track of accident prone zones, there is a need for communication between vehicles. The advantages of VANETs are that they upgrade traffic safety and vehicle security while shielding drivers' protection from assaults executed by enemies. Security is a standout amongst the most basic issues identified with VANETs since the data transmitted is dispersed in an open get to environment. VANETs confront many difficulties. This paper shows a study of the security issues and the difficulties they create. The different classes of uses in VANETs are presented, and additionally some security prerequisites, dangers and certain structures are proposed to take care of the security issue. Here, various authentication and secure key management mechanisms in VANET are reviewed and their advantages are listed. The performance metrics used in different technique for analysis are also studied.
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Analysis of Davis Steering Gear Mechanism for Four Wheels and Six Wheels
J Pavankumar ; B. Rama Krishna; J Venkatesh
Mechanical Engineering
Year: 2017, Volume:3, Issue : 8
Pages: 112 - 116
Steering system is the system which provides directional change in the performance of an automobile. This system converts rotary movement of the steering wheel into angular movement of the front wheels. It multiplies driver’s effort by mechanical advantage, enabling him to turn the wheels easily. The Davis gear mechanism consists of a cross link sliding parallel to another link is connected to the stub axles of the two front wheels by means of two similar bell crank levers pivoted. The cross link slides in slides in the bearing and carries pins at its end. The slide blocks are pivoted on these pins and move with the turning of bell crank levers as the steering wheel is when the vehicle is running straight, the gear said to in its mid-position. The short arms are inclined an angle 90+α to their stub axles. The correct steering depends upon a suitable selection of cross-arm angle α.
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Abstract
