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Research Paper

Design and analysis of sheet metal embossment

Embossing technique is an efficient way used to improve the rigidity of sheet metals. For instances in the automotive industry the use of lighter gauge high strength steel alloy and tailor welded blanks provided promising opportunities in reducing overall body weight and increasing mileage performance. The use of thinner sheets is practical way for reduction of product cost and product weight. The experiment is conducted on Stainless steel sheets of different thickness which are subjected to embossing at different sheet patterns and emboss height. Deflection tests are conducted to evaluate the effects of parameter considered on increase in rigidity of sheet.

Published by: Gutta Mohan Krishna, Dodda Srinadh Reddy, S. Madhava Reddy

Author: Gutta Mohan Krishna

Paper ID: V5I1-1358

Paper Status: published

Published: February 21, 2019

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Survey Report

A survey on control implementation scheme

In today’s computer age, the processor plays a major role. A processor is the heart of the computer. These are the days where Nano components play a major role. Hence there is a need for a processor’s size to be reduced and an effective control implementation scheme is necessary. Hence, this paper made a survey on how to implement an effective control scheme. It helps the computer architects in choosing the better control implementation scheme while designing a processor for equipment like laptops, mobile phones, Personal computers etc.

Published by: Boddu Praveen, P. Vamsi Krishna

Author: Boddu Praveen

Paper ID: V5I1-1360

Paper Status: published

Published: February 21, 2019

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Research Paper

Theft detection using computer vision

Theft is one of the most common criminal behaviors and it is increasing day by day. It has become one of the never-ending problems of the world. In the USA alone, about 7000 cases of baggage theft are reported to Transportation Security Administration (TSA) for theft on airports. Most of the screening takes place before the passengers and their luggage can get on the plane. In order to stop these increasing theft on the airports, a robust system is required which would detect if there is any robbery taking place and would inform the respective authorities. So to solve this problem, we will be creating a system which would accurately track the people and their baggage's and would detect if there is any theft and would inform the authorities.

Published by: Siddesh Patil, Mrunal Shidore, Tejas Prabhu, Sanket Yenare, Vaibhav Somkuwar

Author: Siddesh Patil

Paper ID: V5I1-1368

Paper Status: published

Published: February 21, 2019

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Research Paper

A fitness resolution care system for sickness analysis based on machine learning through big data

In medicinal services framework utilizing a Database is a notable strategy for putting away data. In customary database frameworks, once in a while in light of the presence of gigantic information, it isn't conceivable to satisfy the client's criteria and to furnish them with the correct the data that they have to settle on a choice. Nonetheless, the investigation exactness is diminished when the nature of restorative information is inadequate. Also, extraordinary areas display interesting attributes of certain territorial sicknesses, which may debilitate the forecast of infection episodes. With huge information development in biomedical and medicinal services networks, exact investigation of therapeutic information benefits early ailment location, understanding consideration, and network administrations. In enormous information gather human services records from a different source and utilizing machine learning calculations for a viable forecast of sicknesses in ailment visit networks. In this framework is acquainted all together with help clients in giving exact data when there is incorrectness in the database. We propose a multimodal sickness hazard expectation calculation utilizing organized and unstructured information from the clinic. To the best of our insight concentrated on the two information writes in the territory of therapeutic enormous information investigation.

Published by: M. Akilan, A. Dhasaradhan, M. Sukesh, S. Kaviarasan

Author: M. Akilan

Paper ID: V5I1-1363

Paper Status: published

Published: February 21, 2019

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Research Paper

IoT based home automation using Raspberry Pi

IoT (Internet of Things) is a new way of connecting and controlling the electronic devices over the internet and it is going to used it to convert a normal home into a smart home whose appliances can be controlled via the internet from anywhere around the world. Also, voice control is going to be implemented into the Smart home that uses simple speech to control the devices.

Published by: Abhilash Sinha, Ramasai Tatikonda

Author: Abhilash Sinha

Paper ID: V5I1-1267

Paper Status: published

Published: February 21, 2019

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Research Paper

Computational analysis and experimental validation of acoustic streaming in different liquids to obtain homogeneous distribution of reinforcement particles for ultrasonic cavitation based processing

Ultrasonic streaming and cavitation are the most predominant factors to consider for the efficient ultrasonic treatment of melts. In order to achieve a good distribution of reinforcement particles for making a Metal Matrix Composites (MMCs), the cavitation zone and velocity of fluid must be maximum enough to disperse the particles in a homogeneous way. In normal practice, stirring takes place in a closed vessel or crucible, where efficiency cannot be seen, and simulation methods are required to inform experimental research. In this work, ultrasonic streaming in water, glycerol, and the aluminum melt was numerically simulated and compared by introducing SiC particles. And the simulated results of same in water and glycerol were validated by experimental results to observe sonochemiluminescence which can lead to validate the simulated result of aluminum melt indirectly. In this work, COMSOL Multiphysics is used for the challenging coupling of pressure acoustic and particle trajectories. The simulation results show that the homogenous distribution of SiC particles is influenced by ultrasonic power, frequency, ultrasonic processing time, and immersion depth of the ultrasonic probe. These studies lay the groundwork by understanding the amalgamation of simulated results in different liquids for the application of ultrasonic treatment in metal melts. Furthermore, the presented model is numerically stable and appropriate for testing parameter variations, geometry modifications, and material adjustments.

Published by: Jeel Mistry, Ammar Vhora, Henil Vala, Tejas Rajput, Hardik Parmar

Author: Jeel Mistry

Paper ID: V5I1-1380

Paper Status: published

Published: February 21, 2019

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