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Research Paper

Static structural analysis of a brake pedal

This work contains the design and analysis of the brake pedal for a Formula 3 Vehicle. different ‘Engineering Software’ like SOLIDWORK and ANSYS are utilized for the analysis of brake pedal, considering the structural aspects. s. In this work, every progression of the design was assessed and all the results of the analysis have been interpreted. Finite element analysis has provided a lot of new opportunities for the development of new components and it saves a lot of time and expenditure on the proof of concept. Popular finite element software is ANSYS, ABACUS, etc. This software is proved to give an almost accurate solution. However, these results are considered to be approximate results. In the current research paper, Static structural analysis of a brake pedal is presented using ANSYS. It is specially designed and used for an F3 Vehicle. It has features like weight optimization and sufficient stiffness to absorb all the forces acting on it. The result has been compared with different meshed models like tetrahedron, hexahedron and the combination of both and the comparative analysis has been reported. It is observed that there is a significant difference in stress, deformation based on the mesh, however, the stress and deformation are within the limits. Hence, this research paper will be helpful in the future for predictive analysis.

Published by: Aayush Shah, Atul Kulkarni

Author: Aayush Shah

Paper ID: V7I2-1358

Paper Status: published

Published: April 13, 2021

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Research Paper

Digital onboarding for banks & financial services

Since the onset of COVID-19 in the year 2020, organizations across the globe have been forced to do business with minimal human contact. Global fin-tech & banking industries are no exception. Fin-techs are leveraging this opportunity to eat into the business that traditional financial organizations, as well as banks, had previously taken. It’s becoming essential for banks, and traditional financial services organizations to move onto digital processes, digital customer onboarding being a critical piece of it. Regulatory KYC processes make onboarding a tricky affair. However, today’s digital ecosystem and advancements in CV & AI allow financial institutions to onboard customers with zero human interaction in most cases.

Published by: Linus A. Xavier

Author: Linus A. Xavier

Paper ID: V7I2-1350

Paper Status: published

Published: April 12, 2021

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Review Paper

A review on renal tubular acidosis

A rare renal condition, a known cause, but the lesser-known cause of Metabolic Acidosis, is Renal Tubular Acidosis. Renal Tubular Acidosis, or RTA as abbreviated, is due to mechanisms that dismantle the balance of Hydrogen and Bicarbonate in the blood-urine axis, leading to a lower pH, or acidic blood, as well as a vast array of complications associated with it. History dates the first indexed appearance to Lightwood in 1935, and Butler et al in children. About a decade later, in 1945, Baines et.al described it in adults. This review article looks at the literature and provides a brief insight into the topic

Published by: Nirmay Sonar, Iftikar Khadas

Author: Nirmay Sonar

Paper ID: V7I2-1313

Paper Status: published

Published: April 12, 2021

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Research Paper

A study on investment pattern and preference of retail investors

Investment means putting your money to work for you. It is a different way to think about how to make money. Growing up, most of us taught that we could earn our income only by getting a job & working. And that’s exactly what most of us do. This report is about the study were to identify the preference of investors towards various investment avenues, public awareness & preference of mutual funds and find out the purpose and objectives of the investment. Also, the risk profile was accessed information pertaining to the factors affecting the choice of mutual preferred mutual funds scheme’s purpose of investment, etc. The research design adopted was a descriptive type. The sampling technique adopted was cluster simple random sampling. A total of 120 samples were interviewed and appropriate data were collected. All the data were compiled and analyzed, using descriptive statistics as well as inferential statistics. Simple percentage analysis was used for descriptive analysis. Cross tabulation and chi-square were used for the inferential statistics. There are many different ways we can go through making an investment.

Published by: Kandanuru Jeelan Basha

Author: Kandanuru Jeelan Basha

Paper ID: V7I2-1325

Paper Status: published

Published: April 10, 2021

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Research Paper

COVID 19 detection using chest X-rays

The COVID-19 epidemic is causing a major outbreak in more than 150 countries worldwide, which has a profound impact on the health and well-being of many people worldwide. One of the most important steps in combating COVID-19 is the ability to detect infected patients early, and place them under special care. Diagnosis of radiography and radiology is probably one of the fastest ways to diagnose patients. To accelerate the detection of COVID-19 infections by X-ray images, this study developed a new diagnostic platform using a convolution neural network (CNN) that can assist radiologists with diagnostic detection of COVID-19 pneumonia. Such a tool can save time in translating chest X-rays and increase accuracy and thus improve our medical capacity to detect and diagnose COVID-19. The idea of the study is that a collection of X-ray medical imaging images are used to train CNN which can distinguish between sound and useful information and then use this training to interpret new images by detecting patterns that show certain diseases such as corona infection in individual images. Continue to use transfer learning strategies such as VGG 16, RESNET50, Inception V3 and find out which process provides the best accuracy in obtaining COVID-19.

Published by: Srilam S. K., Prasanna N., Nandhini G.

Author: Srilam S. K.

Paper ID: V7I2-1340

Paper Status: published

Published: April 10, 2021

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Research Paper

Design and analysis of an In-Pipe Inspection Robot

Previously there are various designs available regarding of an in-pipe inspection robot. This research paper aims at preparing a new design along with its Analysis. In a beginning we studied the available designs and Analysis reports. We have used SOLIDWORKS to design and Analysis of our robot. Our model is a wireless in-pipe inspection robot which is efficient to pass through a pipe with diameter in range of 170-200mm. The important areas we have considered while in the process of design are strength, safety while performing task, steer ability, and the most important one is size and shape adjustability We can detect various defects such as cracks, corrosion, blockages, material decay, flaws etc.

Published by: Deepak Sonawane, Samadhan Bhosle, Omkar Baile, Omswarup Kotkar

Author: Deepak Sonawane

Paper ID: V7I2-1341

Paper Status: published

Published: April 10, 2021

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