Supply chain of electric vehicle and batteries
One of the key aspects of the Electric Vehicle Supply Chain that distinguishes it from Internal Combustion Engine suppliers is that vehicles powered entirely or partially by electricity require little maintenance, have a simple mechanical design, and are difficult to mass-produce. It is the fastest technology that runs on charging batteries rather than fossil fuels, and it is known to be environmentally and financially favourable. It is therefore extremely important to continue to grow in this field. EV, like most revolutionary mechanisms, has produced a potential development that comes with its own set of difficulties and opportunities. While it is still reforming its area and the industry as a whole, it is evaluating the market's progress for developers. Concerns about air quality and the scarcity of gasoline are boosting interest in electric vehicles (EVs). This integrative assessment assesses the global EV battery supply chain raw material and identifies potential concerns. Authorized government authorities are generally moving to electric vehicle batteries in an effort to reduce gas emissions from transportation, which offers a considerable reduction in carbon emissions when compared to ignition engine vehicles.
Published by: Preet Bhatt, Ankit Srivastava, Sachinkumar Mishra
Author: Preet Bhatt
Paper ID: V8I2-1294
Paper Status: published
Published: April 18, 2022
Experimental investigation on steel fiber reinforced concrete with partial replacement of fine aggregate by copper slag
In many developing countries, concrete is the most extensively used "manmade" material for construction in all types of civil engineering projects. Concrete is also an environmentally friendly material, which is more important in locations where environmental awareness is expanding. Researchers have been attempting to increase the quality, strength, and durability of materials against adverse exposures for decades. Concrete made of Portland cement is regarded to be a fragile substance. Unreinforced concrete cracks and fails when subjected to tensile pressures. Steel reinforcement has been utilized to solve this problem since the mid-nineteenth century. The reinforcing steel is expected to carry all tensile loads in a composite system. When fibers are added to the concrete mix, the composite system's tensile load capacity is increased as well. In reality, research has shown that fiber reinforcing can improve the final strength of concrete. The goal of this study article is to employ solely fibers. On 150x150x150mm cube and 150mmx300mm cylindrical specimens, the experimental investigation consisted of casting and compression testing using a test method that gave the complete compressive strength, split tensile test with and without steel fiber of volume fractions 0,1, and 1.5, percent of 0.75mm diameter of the aspect ratio of 80 on ordinary Portland cement concrete and replacing fine aggregate with copper slag of 40% and 60%. Based on the findings, higher crack resistance and improved tensile strength will be discovered. At 7 days, 21 days, and 28 days after curing, the proposed sample will be analyzed. These findings will reveal if the FRC is suitable for proper confinement in structures subjected to high loads such as seismic and impact loads.
Published by: Kishore M., Anurekha G. S.
Author: Kishore M.
Paper ID: V8I2-1291
Paper Status: published
Published: April 18, 2022
Cloud computing and its research challenges
Cloud computing is the on-demand accessibility of computer system resources, especially data storage and calculating power, without primary active operation by the user. Large clouds frequently have functions distributed over multitudinous locales, each location being a data center. Although cloud computing is easing the Information Technology industry, the research and development in this arena are yet to be palatable. My contribution to this paper is an advanced survey centering on cloud computing conceptions and most developed research outgrowths. This paper provides a better understanding of cloud computing and identifies significant research outcomes in this accelerating field of computer science.
Published by: Parth Khajgiwale
Author: Parth Khajgiwale
Paper ID: V8I2-1288
Paper Status: published
Published: April 18, 2022
Culture management in merger & acquisition: A literature review
Organizations nowadays are merging or acquiring smaller firms to expand their presence everywhere, for example, Walmart acquired Flipkart to enter and expand in the Indian market, Tata acquired Air India to garner space in Aviation Industry, etc. When no of the organization decides to merge how does culture play a role in the whole process or what effect does it have on the process or afterward on the performance of the organization, we are trying to understand that through this paper. We looked into various researches done on this subject to get a good understanding of cultural issues that organizations face in Mergers and Acquisitions. While reviewing these research papers we found that most organizations face a negative impact on the performance due to cultural issues and in some cases, it even results in failure.
Published by: Inshu Rani, Pratiksha Barve, Sudisha Biswas
Author: Inshu Rani
Paper ID: V8I2-1270
Paper Status: published
Published: April 15, 2022
Analytical study of tools for Big data analytics
Due to digitalization, there is a rapid growth of data sets in different forms. When there are instances of a large and complex amount of data and the traditional data processing techniques are failing to deal with these types of complex data, this data is known as Big Data. For any decision-making in sectors like advertising, government agencies, medical research, and such we come across big data. The given data for the research has to be processed using various techniques of data analytics which is known as Big Data Analytics. These techniques are used on structured or unstructured available data which are not possible to be processed using traditional methods. In this paper, I’ll be discussing some of the major utilization of big data analytics by comparing different big data tools used for validating the data.
Published by: Shubham Milind Lokhande
Author: Shubham Milind Lokhande
Paper ID: V8I2-1268
Paper Status: published
Published: April 15, 2022
Android privacy leakage detection using static analysis
The quantity of Android apps has grown explosively in re- cent years and the wide variety of apps leaking non-public facts has additionally grown. it's far necessary to make sure all of the apps are not leaking non-public information before putting them to the app markets and thereby a privateness leaks detection tool is wanted. We endorse a static taint evaluation approach that leverages the control-flow graph (CFG) of apps to locate privateness leaks among Android apps. We tackle three troubles related to inter-element verbal exchange (ICC), the lifecycle of components, and the callback mechanism making the CFG imprecision. To bridge this gap, we ex- implicitly join the discontinuities of the CFG to provide a unique CFG. based totally on the ideal CFG, we goal at offering a taint evaluation method to locate intra-factor privateness leaks, inter-factor privacy leaks, and additionally inter-app privacy leaks.
Published by: Harsh Jha, Manish Verma, Prashant Gautam
Author: Harsh Jha
Paper ID: V8I2-1275
Paper Status: published
Published: April 15, 2022
