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Volume VII Issue VII

20 paper(s)

Next Gen Learners: New Demands, New Responses

Dr. Neeta Dubey · July 2018 · pp. 01-03

The digital world with its glamour and grandeur has left none of the sectors untouched with its midas touch. It has opened a new gateway for the educational sector where the students once enter have become the Gen Zers, the Next Gen learners, having imbibed in them the thoughtfulness & innovativeness of the technological applications & system that has created a novel and a more advanced educational world where automated technology has provided for them with a new lens of vision & innovative modes of learning. This paper aims to bring out the use of mobile technology and social networking sites for the Next Gen learners and are able to meet their demands. The use of technology in the form of mobiles, tablets, smart phones, laptops and the inclusion of social networking sites via blogs, face book, twitters, whatsapp, google, you tube have sharpened the intellect of students and have made them more smarter & wiser as compared to the Millennials, the budding generators of technology. Technology that has forayed into educational realm has the power to thrive education to newer heights. The only requirement is the meticulous use of digitization. The Gen Zers being bombarded with so many digital information has to learn to channelize the digital power in an organized manner and in the thoughtful direction. Students of today are the leaders of tomorrow. So let’s hope for a mindful sensible creative technocrats who can raise the nation’s pride to zenith by a constructive use of digitization.

Design and Analysis of Adhesive and Riveted Single Lap Joint for Al Plates

Raut Yogesh N, Prof. Patil Amol R · July 2018 · pp. 04-08

Adhesive bonded are already playing a significant role in the development and production of metal aircraft structures and indication are strong that such joints will be even greater importance in structures. The design is applied to analyze the parameters that influence the load transfer between the different components of the joints as well as the maximum stress in adhesive. Experimental analysis is used to investigate the shear strength behavior of aluminum alloy adhesive joint as well as rivet joints. It carried out in order to understand the effect of geometrical parameters and adhesive strength of adhesive bonding joints with the aim of optimizing shear strength. The adhered material used for the experimental tests was an aluminum alloy in the form of thin sheets, and the adhesive used was a high strength. Nine test to be studied. An experimental analysis was developed to give approximate value of load required to carry out test and shear strength of adhesive joint. Nine test specimens are testing on Universal Testing Machine. Then Compare results obtain from UTM machine. When we comparing result of adhesive joint the shear stress is observed 4.80 N/mm2, 5.10 N/mm2 and 3.44 N/mm2 having lap length 12.5mm, 18mm & 25mm respectively. When we comparing result of rivet joint the shear stress is observed at rivet position is 96.66 N/mm2 99.78 N/mm2 and 94.32 N/mm2 having lap length 12.5 mm, 18 mm & 25 mm respectively. When we comparing result of adhesive + rivet joint the shear stress is observed 4.19 N/mm2, 53.4 N/mm2 and 2.58 N/mm2 having lap length 12.5 mm, 18 mm & 25 mm respectively.

Design and Analysis of Disc Brake for Low Brake Squeal

Vijay J. Dhembare, M. B. Mandale, Rupesh.B.Fonde · July 2018 · pp. 09-17

Vibration induced due to friction in disc brake is a theme of major interest and related to the automotive industry. Squeal noise generated during braking action is an indication of a complicated dynamic problem which automobile industries have faced for decades. For the current study, disc brake of 150 cc is considered. Vibration and sound level for different speed are measured. Finite element and experimentation for modal analysis of different element of disc brake and assembly are carried out. In order to check that precision of the finite element with those of experimentation, two stages are used both component level and assembly level. Mesh sensitivity of the disc brake component is considered. FE updating is utilized to reduce the relative errors between the two measurements by tuning the material. Different viscoelastic materials are selected and constrained layer damping is designed. Constrained layer damping applied on the back side of friction pads and compared vibration and sound level of disc brake assembly without constrained layer damping with disc brake assembly having constrained layer. It was observed that there were reduction in vibration and sound level. Nitrile rubber is most effective material for constrained layer damping.

A Study of Dr. B.R Ambedkar’s Idea of Nationalism in the Context of India’s Freedom Movement

Rashmin C Bhatt · July 2018 · pp. 18-23

B.R. Ambedkar’s notion of nationalism and his understanding of the Indian national movement have rarely received adequate academic consideration either from the liberal or radical scholars and the historians in India. This study attempts to analyze Ambedkar’s self generated vision of nationalism and also evaluate why he and dalits did not participate directly in the Indian national movement as directed by the congress which is a question that needs to be analyzed along with current debate raised by Arun Shourie criticizing the Ambedkar’s feeling of nationalism. It is true that Ambedkar never keenly participated in India’s national movement, rather he opposed the mainstream national movement, but this kind of attitude indirectly contributed much by laying the broad social foundation on which the present Indian nation state stands.

Performance Based Seismic Design

Irshad Timmapur, Prof. Vikhyat Katti · July 2018 · pp. 24-29

Presented in this paper is Performance based Seismic design method. In which plastic design methodology is performed for the building under altered earthquake ground motions. The Performance based design (PBD) method is a recent evolving perfect method for the future of seismic design. PBD is a direct design method in this method nonlinear analysis is more concerned in determining the damage that may cause to the structure, the performance objects are pre- computed and the members of the frame is detailed to achieve the intended yield mechanism and the structure that have to behave in the required limit during earthquake seismic events.

Eco- friendly Degradation of Biomass Using Electricity in Biomass Power Plant

B.V. Kumbhar, R.M. Kurane · July 2018 · pp. 30-32

In the past few decades’ biomass fuel is really useful & sustainable fuel & being utilized for electricity generation. The direct burning of biomass in biogas generating station is a major contributor of air pollution. It can emit carbon monoxide, nitrogen oxides & particulate matter. Burning of municipal solid waste can also be extremely dangerous from the potentially releasing known car cinogens & heavy metals in to the environment. This paper deals that instead of direct burning of biomass, degradation is done by electricity to avoid greenhouse gas effects & obtain a clean gas for electricity generation.

Linking Emotional Intelligence EI, Communication and Teams – Review of Research and Challenges for Future

Aparna Pandey, Shailaja Karve · July 2018 · pp. 33-42

This paper reviews research work on how EI is related to communication and team performance, effect of an individual’s EI and its influence on individual-level communication behavior within a team and teamwork, EI displayed by team members when they interact with other team members, the resultant communication and team EI and its impact on task and team performance. The team emotional skills are regarded by team EI research as pooled resources (Jordan et al, 2002;Bell, 2007) of individual team members in the team, that are an input feature contributing to effective intra-team processes and resultant team performance. The authors propose that individual EI displayed by team members in a combination of effective and appropriate communication behaviours has a significant correlation with individual team performance and subsequent team outcomes. It not only affects team dynamics but is also associated with team emotional intelligence combined with performance thereby displaying a significant correlation of Individual Emotional Intelligence and individual team performance with Team Emotional intelligence and team performance. Based on the literature on various aspects of Emotional Intelligence with reference to individuals, teams, team behaviour and communication the authors propose a model.

Automatic Side Stand Lifting System

Moin Ahmad,Vinay Sati, Nizam Ali · July 2018 · pp. 43-44

Side stand in two wheelers function the entire weight of the vehicle when it is parked. They are perfect on quick stops when one needs to leave the vehicle for a short while. They are provided with a spring that pulls it back into position to ensure extra safety. Sometimes the person who drives the two wheeler may forget to release the side stand. This will tend to unwanted danger and lack of concentration while driving. Now a day’s sensors are used for ensure that the stand is in released condition or not by indicating it using small lights in stash board. There is also a possibility to forget to see the light. This project focuses on to completely reduce the possibility of driving two wheelers without releasing the side stand. This may appropriate for all kind of two wheelers which are driven in gear system with low cost. In this project we are proposing an idea to overcome one of those accidents which take place due to the non-folding of the bike stand. In the case of the classical bikes, the side stand should be folded manually. Unfortunately, it will not work at the urgent times. We are just human beings. We often use to forget to fold the kick stand at the hurry-burry times. While taking a deep curve or any obstacles coming on the way, sure there is a maximum feasibility to meet with an accident. So to avoid this accident, we find a new way to fold the side stand automatically.

Technical Analysis on Selected BSE Stocks

Rakshith L, Dr Manoj Kumara N V · July 2018 · pp. 45-51

TECHNICAL ANALYSIS ON SELECTED BSE STOCKS the objective of the study is mainly focused on determining share price of the selected company of previous year in 1stjan 2017- 31stdec 2017. The data collected both primary data and secondary data. We are also calculating financial tools weekly wise. The RSI shows the range of volatility influence of the price to now the investors to buying, selling and holding of the stocks. So it showswhich company is better to invest the price to buy the shares. Angel broking suggest the clients to future long term holding the shares automotive sectors and the other company is improve future days their performance and invest the further investment to the banking sectors.

Anti-Bacterial Performance of Integrated CuO Nanoparticles Tested at Different Temperatures

S Johnson Jeyakumar, B.Arunkumar, M Jothibas , and I Kartharinal Punithavathy · July 2018 · pp. 52-57

CuO nanoparticles are synthesized by the Sol-gel method and are characterized by UV-visible spectroscopy; XRD, SEM, FTIR and anti-bacterial disk diffusion method are analyses. Here is an attempt to reduce and ensure a simple way to integrate CuO NPs at different temperatures using the precursor solution CuCl2 dihydrate. XRD diffraction analysis revealed that synthesized CuO nanoparticles are in monoclinic structure with the particle size decreased with increases of temperatures. The SEM analyses conformed the particles are tablet tube like spherical shaped was observed. Blue shift absorption peak of about 376nm was observed in UV spectra analysis. The present of functional groups were observed in FTIR spectra. Anti-bacterial activity of CuO nanoparticles has been tested against various bacterias. Antibacterial efficacy of CuO particles is shown in gram positive and gram negative organisms, such as Staphylococcus saprophyticus, Bacillus subtilis, Pseudomonas aeruginosa and Escherichia coli.

A Study on Competitive Analysis at Big Bazzar, Mysore

Rudresh B, Dr Manoj Kumara N V · July 2018 · pp. 58-62

The competitive analysis is the change the dynamics of today’s competitive analysis promote of the entail that we the reason used the competitive investigation are piece of load marketability learn it need to be the examiner of breathing logic has central since three factor have influenced the dynamics of competitive analysis promotion franchise market segmentation and focused procedure management The competitive examination are at present conduct by the consultant who presentation the marketability studies to do not fully acknowledgement of these altering the competitive promote The recent and future supply of the load property and the corporal differences of dissimilar properties of the competitive market locale the section is after that follow by an recommendations on the substantial attributes The different changes in dynamics of the load market segmentation loading produce it is no longer sufficient to behaviour the competitive analysis with the customary process of competitive analysis.

An Empirical Analysis on Factors Influencing the Financial Performance of Public Sector and Private Sector Bank in Home Loan at Aurangabad

Tanuja Dubey · July 2018 · pp. 63-67

The demand for home loans will not sag much. The reason is a substantial rise in the income-generating capability of Indian youth. So this particular section will keep the housing loan demand high and increased lending rates can only shelve their plans for some time. The entire factors influencing the customer having the housing loan is studied. Here customers of different classes like business segments, service segment and professional segments etc. are in excess, the paper aim at finding the factor influencing the customer. For the purpose of the study the respondents were selected and for gathering information about the loan schemes of various banks. I personally interviewed various people and I have collected various data related to them by filling questionnaire. After data collection, I analyzed the data by Meyer-Olkin (KMO) and Bartlett’s Test measures the sampling adequacy and I also analyzed the three very impotent factor out of eight factors by implementing factor analysis which are most influenced while taking home loan.

Power System Compensation by using Thyristor Controlled Series Compensator

Waqas A. Salaam · July 2018 · pp. 68-72

The power system stability is a big challenge for the power engineers. There is a dire need of a methodology which is used to accelerate the load flow control effectively and to improve the power system reliability in the power transmission network. This paper presents an approach based on the Newton Raphson Model which is implemented on the Thyristor Controlled Series Compensator (TCSC) Controllerto maintain the stability to control the power flow in the transmission line of power system. The unwanted reactive power in the line can be reduced by using TCSC in the line. The methodology can be implemented by varying power system parameters to achieve stability in the line. The paper provides a detailed analysis of power fluctuations by employing the TCSC in the standard IEEE five bus system and thirty bus system in the transmission line of the power system. Finally, it provides the comparison of the performance of TCSC between five bus system and thirty bus system and concludes that the TCSC is more suitable for power system protection than thirty bus system.

Shift to Cloud-Based (SaaS) Technology for Supply Chain in Oil & Gas Industry

Prathamesh Sapale · July 2018 · pp. 73-79

The oil and gas industry involved in a global supply-chain that includes movement and storage of raw materials includes domestic and international transportation of work in process inventory. Interconnected or interlinked, channels and node businesses combine in the provision of import/export facilitation technology required by end customers in a supply-chain. The purpose of this paper is to investigate role of cloud based solutions to their primary sourcing application. This research examines to improve supply-chain in oil & gas industry by executing supply-chain transaction, managing supplier relationships & controlling business processes associated with cloud based technology.

Recovery of Silver from X Ray Waste From Electro Deposition

Dr. D.N.V. Satyanarayana, Dr. K.Ramesh Chandra · July 2018 · pp. 80-87

A novel, simple, fast, cheap and pollution-free method was developed for recovering the silver from waste X-ray photographic films. The waste X-ray/ photographic films contain 1.5 - 2 % (w/w) black metallic silver which is recovered and reused. Around 18-20% of the world's silver needs are supplied by recycling photographic waste. Extraction of silver from the ore is expensive and harmful to the environment and low efficiency. X-ray films represent an important worldwide consumer as research on recovery of silver from exposed radiographic films must be oriented to achieve a maximum recovery and a high purity silver, with methods through the by-products will be less polluting for the environment. Global demand for silver remains steadily to about 1,000 million ounces of which around 600 million ounces are used in industrial applications. Extraction of silver from the ore is expensive and harmful to the environment and low efficiency. X-ray films represent an important worldwide consumer as research on recovery of silver from exposed radiographic films must be oriented to achieve a maximum recovery and a high purity silver, with methods through the by-products will be less polluting for the environment.

Solution of Linear Partial Integro-Differential Equations using Kamal Transform

Anjana Rani Gupta, Sudhanshu Aggarwal, Deeksha Agrawal · July 2018 · pp. 88-91

In this paper, we used Kamal transform for solving linear partial integro-differential equations. The technique is described and illustrated with application. This technique gives the exact results using very less computational work.

Kinetic Characterization of Luminescent Fluoride Phosphate Glass

Dr. Devendra Prasad, Dr. Mukesh Kumar Singh · July 2018 · pp. 92-94

The potential of fluoride phosphate glass to sense ionizing radiation can be utilized in various forms for the purpose of radiation detection. The luminescence properties have been studied using techniques such as thermoluminescence (TL) and optically stimulated luminescence (OSL) to further understand the ability of this material. In present paper the thermoluminescence study of fluoride phosphate glass has been reconsidered to evaluate order of kinetics. Along with activation energy and escape frequency factor order of kinetics is an important parameter to characterize the luminescent material under consideration. It has been found that the first two of the above said parameters are characteristic properties of the material and last one depends on the experimental conditions.

Implementation of Interleavers and Comparison of MIMO, Rayleigh and BS Channel in Wireless Communication System

Abhishek Kumar Srivastava · July 2018 · pp. 95-97

This paper provides a review on the Interleavers in wireless communication system. In this paper, Interleaver technique is proposed in MIMO, Rayleigh and binary symmetric channel. Interleavers are the way of creating the distinction. The IDMA performance in terms of biterror rate, error rate is evaluated. Here comparison with different channels is done on the basis of error rate and various different parameters

Investigation on Impact Strength and water Absorption Behavior of Alumina Filled Jute-Epoxy Composites

Santosh. DN, Vijayalaxmi S P, Mahesh. B, Ravikumar B N, Srinivas. YV · July 2018 · pp. 98-102

- In this paper, the effect of filler content is studied on water absorption behavior and impact strength for jute epoxy composite. Plain woven jute fabric is used as reinforcement. The resin system consists of Epoxy resin and Hardener in the ratio 10:1 by weight. Alumina (average particle size of 40 µm) is used as filler. The effect of filler content on water absorption behavior and impact properties studied by varying the filler content from 5%, 10%, 15% with respect to weight of epoxy resin.The composite laminates were fabricated using hand lay-up technique and cured under 30 bar pressure for about 24 hours. ASTM standards were followed to conduct these tests. It was clearly observed that unfilled specimen has the highest saturated moisture content and 15% filled specimen has lowest value.As filler content increases resistance to moisture absorption also increases. The water diffusion coefficient of composite was calculated using the diffusion coefficient equation. As filler content increases diffusion co-efficient decreases for alumina filled jute-epoxy composite. Impact strength was found to be increase with the increase in the filler content up to 10 wt%.

Improving Power System Stability by Using Series FACTS Devices

Anoop Singh Yadav, Shishir Dixit · July 2018 · pp. 103-107

The power system have been growing continuously due to increase demand of loads. It’s becoming more and more difficult to provide stability and control to the system. In this study, series FACTS devices namely, static series synchronous compensator (SSSC) and thyristor-controlled series compensator (TCSC), have been demonstrated to increase the power capacity flow in an electric power network. The primarily aim to increase the load capability of the system to maintain system stability after a transient fault. Therefore, series FACTS devices SSSC and TCSC have been implemented to maintain stability after a fault transient. This paper presents modeling and simulation of SSSC and TCSC in MATLAB/Simulink to maintain transient stability.

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