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Research Paper

Design and Performance Analysis of an Interior Permanent Magnet Brushless DC motor using ANSYS Electronics.

The paper demonstrates the design process of an Interior permanent magnet brushless D.C motor and the subsequent performance analysis by varying the parameters such as windings, stator and rotor slots, and maximum input current and circuit type. Initially, the stator and rotor setup in the motor is designed as an ANSYS RMXPRT model and it is followed by variation in the design parameters. The model is then analysed under a fixed operating load conditions and based on the simulation results various performance characteristics are deduced. The performance curves establish the relationship between various motor designs based parameters such as motor torque, efficiency, power with rated speed variations and induced phase voltage with electrical degrees in the motor operating range. This concludes the parametric analysis of the BLDC motor. The second portion of the research deals with electrical simulation of the designed PM machine in an ANSYS Maxwell suite. It utilizes a 3-D model of the motor and with the necessary boundary conditions and initial operating inputs delivers a no-load simulation and full-load data set of the electrical motor. The objective behind the simulation is to calculate the value and obtain a characteristic curve for the cogging torque of the motor.

Published by: Anshuman Kumaar Singh

Author: Anshuman Kumaar Singh

Paper ID: V6I1-1261

Paper Status: published

Published: February 19, 2020

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Research Paper

Environmental sustainability conventional cooking fuel

Natural maintainability is the paces of inexhaustible asset gather contamination creation and non-sustainable asset exhaustion that can be proceeded uncertainly on the off chance that they can't be proceeded inconclusively, at that point they are not feasible. Thus, there is a need to unify these government efforts under a common framework, with a cooking fuel of Lpg, Fire wood, Charcoal renewable substitutes vision (and mission) to achieve clean, affordable and sustainable cooking energy for every Indian household. In any case lpg is still normally a prevalent option than most by far of the impact of the examination.

Published by: M. Saranyadevi, T. Ramalakshmi

Author: M. Saranyadevi

Paper ID: V6I1-1258

Paper Status: published

Published: February 18, 2020

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Research Paper

Defensive architecture – A design against humanity

A city should give its best to all those who reside in it. They might be the rich enjoying a fantastic view of the skyline from their balconies, or the poor who settle themselves under the flyovers for a night or two. Apart from all the living classes, a city can be completely accepted as livable only when it welcomes the homeless and those in need of a small shelter. In recent years, public architecture has involved both negative and positive issues of having homeless within the city. Some cities across the globe aspiring to build ‘less-ugly’ public spaces introduced the concept of ‘defensive architecture’, but in reality, these ideas turned out to be unkind actions against the homeless. Defensive architecture involves gating off the doorways and left-over urban spaces, which provide some refuge for those who have to sleep rough in cities, yet these spaces, are made uninhabitable for them. These concepts that are considered as a step forward to a better and high standard living prove to be a blot on humanity. In this paper, defensive architecture is explained as a hostile practice that creates a devastating psychological effect on the homeless. It further argues how an intention to make the cities’ investors and consumers feel safe in turn actually created hostile environments and that much more empirical research is needed on this topic.

Published by: Karthik Chadalavada, Sripadma Sanjiv E.

Author: Karthik Chadalavada

Paper ID: V6I1-1251

Paper Status: published

Published: February 18, 2020

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Research Paper

National library and information network a solution for 21st-century library

The knowledge is generated at many points in the world from research institutions, universities industries, and commercial organizations. From the point of generating the knowledge is recorded and communicated through a variety of channels. The effective and horizontal transfer of information is becoming vital in the process of economic development of the country. Therefore a planned approach to organizing the information to ensure that information gaps are plugged and free-flow exchange of information on a centralized basis. The National Library and Information Network as a powerful National force is now being recognized by the government, industry, and education. The National Library and Information Network is a means of achieving national objectives through a very economical way and effective utilization of Information and helps to reduce the wasteful duplication of intellectual effort and expense incurred in providing duplicate coverage of the same materials. A National Library and information network is the only solution to meet the need and requirements of the 21st-century library.

Published by: Kalpana Chandrakar

Author: Kalpana Chandrakar

Paper ID: V6I1-1235

Paper Status: published

Published: February 16, 2020

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Review Paper

Estimation and parametric analysis of heat transfer coefficient for a solar still: A review

Solar still is a device which is used to obtain fresh drinkable water from saline water with the use of solar radiations and solar desalination process. There is a number of solar still designs and various ways to increase its performance. So, in this review paper, an attempt is done to do an analysis of the heat transfer coefficient on various parameters (PCM, Specific height, Aspect Ratio, Insulation, Thickness of glass, angle of slope and absorbing plate).

Published by: Yash Kumar, Saurabh Pati Tripathi, Himanshu Dixit, Piyush Tiwari, Navneet Pathak, Shailendra Pratap Singh

Author: Yash Kumar

Paper ID: V6I1-1222

Paper Status: published

Published: February 16, 2020

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Research Paper

Study on preparation of ready to serve mixed petal beverage and its health benefits

In our surroundings, thousands of edible flowers are found such as hibiscus, rose, lotus, jasmine, etc. Up till now flowers were not popularly known as edible commodities but were widely used for decorative or worship purposes. But some research has found that several flowers contain Vitamin A and Vitamin C, calcium, phosphorous, iron and potassium. This study focuses on the preparation of mixed petal juice with added mint leaves, lemon juice, and sugar syrup. Flower petals were washed and then boiled in water with the addition of sugar and mint leaves and also lemon juice for change in organoleptic values.

Published by: Shrinath Tatte, Rupali Deshmukh, Rohit Pawar

Author: Shrinath Tatte

Paper ID: V6I1-1224

Paper Status: published

Published: February 16, 2020

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