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Review Paper

Impact of COVID-19 in India and its effects on different sectors of Indian Economy and it’s relation to the second-largest Post Independence Mass Migration of people

COVID-19 pandemic is subjected to be the most pivotal worldwide health crisis of the century, and the biggest threat since 2nd World war, for the human population. It emerged in Wuhan, Hubei (China) in 2019 December. The causal virus of COVID-19 is SARS-CoV-2 (Severe Acute Respiratory Syndrome CoronaVirus 2). According to a report by WHO (World Health Organization), COVID-19 has currently affected almost 6.2 Million people worldwide and more than 370,000 people have died. (Stats updated till 31st May 2020, 19:15 PM) No clinically proven vaccine has been designed for it yet. It has spread among the world very quickly disturbing the world’s economy and life-style drastically and accordingly ruining it. Currently, all the nations are concerned with people’s safety and have provided for their treatment and established lockdown to flatten the curve of cases. This paper studies the major impacts COVID-19 had on Indian Economical Sectors and how it lead to India’s second largest mass migration of people since post-Independence.

Published by: Debarthy Dutta, Dr. A. N. Sahi

Author: Debarthy Dutta

Paper ID: V6I4-1384

Paper Status: published

Published: August 30, 2020

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Research Paper

E-health care system

Contrasted with different nations, India has moderately low wellbeing index. This is because of the discovery of many compositedisorders examples every day. Of the numerous practices, one approach to take care of this issue is to utilize the Smart Health idea, which empowers observing of wellbeing stateof patient by medicinal services organizations, to avoid infections. There have been several researches regarding the observance of wellbeing of patient. A large portion of them concentrate just on the perusing and perception of sensor information, yet the management of information including information storage, preparing and coordination among framework, patients and human services establishments are not grown until now. This research studysuggest a plan of wellbeing observing framework named Heacam (Health care monitoring), an application to observe patient health state and to counteract maladies as right on time as could be expected under the circumstances. Heacam comprises of three subsystems: web application, database storage and API plan, and versatile framework on android stage. In any case, this study will just concentrate on the structure and advancement of the web application. Theseanalyses comprises of three fundamental viewpoints: framework structure, implementation and testing. The framework will be created utilizing Rational Unified Process (RUP) system. At last, this examination will lead to a web framework to be utilized by users.

Published by: Gontla Bhargava Sai Sathvik, Guna Sekhar Tirumalasetti

Author: Gontla Bhargava Sai Sathvik

Paper ID: V6I4-1457

Paper Status: published

Published: August 30, 2020

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Research Paper

Effect of Different Nanofluids on Thermal Performance in Trapezoidal Corrugated Channel

Using corrugated channels is one of the passive heat transfer enhancement techniques in the fabrication of heat exchange devices. Designing more effective energy systems is a challenge for researchers and engineers to minimize the consumption of energy in order to improve energy system efficiency. In the present research, an experimental study of forced convective flows of different nanofluids through a trapezoidal corrugated channel at a constant wall temperature condition was performed. Numerical simulation of a corrugated channel was applied by using the nanofluid to probe the characteristics of the flow and thermal fields. For the purpose of solving the governing equations with corresponding boundary conditions, the finite volume method is employed by implementing the CFD commercial software ANSYS-FLUENT-V16. The channel was tested under a constant heat flux of 10 KW and the volume fraction of nanofluid is taken as 0.08. it was found that the pressure drop is found highest in the nanofluid tio2-water and is decreasing in the sequence is TiO2> SiO2>Fe2O3> Al2O3> ZnO> CuO.

Published by: Aaditya Sharma, Brijendra Kumar Yadav

Author: Aaditya Sharma

Paper ID: V6I4-1460

Paper Status: published

Published: August 27, 2020

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Case Study

Ludwig’s Angina – Case Study

Ludwig's angina is extremely dangerous as it causes edema, distortion, and airway obstruction and can appear as a result of airway problems. The first phase of the management of patients with this disease is observation and intravenous antibiotics. Protecting the airway with surgical drainage will be the management of advanced diseases. In addition to this infection; pain, trismus, airway swelling, and tongue displacement lead to weak airways. Therefore, airway management is a major concern in these situations [1]. Although “normal” airway management for patients with deep neck disease is a tracheostomy with local anesthesia, in extreme cases the infection is difficult or sometimes not possible due to the required tracheostomy position or due to external neck distortion. [2]

Published by: Santhipriya A., Dr. V. Selvanayaki

Author: Santhipriya A.

Paper ID: V6I4-1456

Paper Status: published

Published: August 27, 2020

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Survey Report

Medicinal weed plants in paddy (Oryza sativa L.) fields

The present paper prescribes twenty-one weed species used as medicinal plants belonging to fifteen families, such species along with other scientific names, family and common name and plant parts used, and medicinal properties/used are brought in to light. The data are based on the personal survey, observation, and discussion with Kadamangudi village people of Palaiyur Panchayat, Mayiladuthurai, and District, of Tamil Nadu.

Published by: Rajasekaran S., G. Thiyagarajan

Author: Rajasekaran S.

Paper ID: V6I4-1371

Paper Status: published

Published: August 27, 2020

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Review Paper

A Review on Effect of Different Nanofluids on Thermal Performance in Trapezoidal Corrugated Channel

Using corrugated channels is one of the passive heat transfer enhancement techniques in the fabrication of heat exchange devices. Designing more effective energy systems is a challenge for researchers and engineers to minimize the consumption of energy in order to improve energy system efficiency. In recent years, many industries have a strong need to achieve higher thermal performance in order to gain high efficiency, reduce the cost and weight, and minimize the size of heat exchangers. The use of corrugated channels can decrease the thermal resistance where it acts to reduce the thermal boundary layer thickness of the heat exchanger surface. Therefore, corrugated surface geometry is one of the numerous appropriate procedures to upgrade the heat transfer in these devices due to the appearance of the secondary flow regions in the trough of the corrugated channel which leads to improve the blending of the fluid and consequently maximize the heat transfer exchange. This paper presents the review of studies done by different researchers on the similar topic.

Published by: Aaditya Sharma, Brijendra Kumar Yadav

Author: Aaditya Sharma

Paper ID: V6I4-1459

Paper Status: published

Published: August 27, 2020

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