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Research Paper

Role of technology in finding planned defaulters

The paper focuses on the role of technology in finding planned defaulters. With the fast-paced advent of financial technology, it is imperative that technology plays a key role in enhancing customer experience esp. around security and preventing default. The paper identifies the role of technology in identifying planned defaulters and how it can be adapted and used to prevent such mishaps from happening in the future. A quantitative survey has been undertaken, which shows fast adoption of fintech solutions by Merchants/small-scale businesses. The survey also highlights the concern of risk associated with fraud and how well the Merchants can adapt to tech solutions to prevent such incidents, thereby enabling technology to play a firm role in identifying planned defaulters. The paper summarizes current methods used to find planned defaulters by fintech companies and what should be done further in this area. The paper also lays out the future scope of research work.

Published by: Ananya Bhatnagar

Author: Ananya Bhatnagar

Paper ID: V10I1-1192

Paper Status: published

Published: February 3, 2024

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Research Paper

Absolute time, time dilation and three dimensions with pyramid model of universe through theory of stability and law of universal neutrality

The science and technology with every fraction of time heading the humankind towards the future with a great speed but can this speed will make us to travel with the speed of light and will possibly allow us to enter the future before time allows it? Continuing to my previous article on origin of universe and life with the theory of stability and law of universal neutrality I wanted to explain the laws of universe with the impact of absolute time which i believe is the 3rd dimension as well as the most fundamental law of our universe which constantly restrict the possibility of time travel to our past and the future. The mystery of time travel to past or future might get left behind if we understand that the time is absolute. I have tried to fill the gap between the quantum mechanics and the classical physics with the fundamental forces (ISF & OSF) and laws of universal neutrality and the theory of stability. I believe the details in this article provide the reasonable outputs to many mysterious questions of all time. With the help of this article and its all proposed laws will make it easier for science and mankind to understand the fundamental laws of this universe and also to be more close to our universe.

Published by: Mithun S. Gowardhan

Author: Mithun S. Gowardhan

Paper ID: V10I1-1186

Paper Status: published

Published: February 2, 2024

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Research Paper

Synthetic fuels : The future of Gasoline Cars

Alternative sources of fuel have increasingly attracted attention in the context of an energy crisis. The liquid and gaseous fuel types are created in several steps using carbon-based feedstock such as coal bituminous, lignin, coal, wood waste, biomass, shale bitumen, etc. These could serve as alternatives for normal fossil fuels used for transportation and many others. Synthetic fuels have higher efficiencies, lower carbon footprints, and fit within existing systems, making them a good option in shifting towards cleaner energy systems. Assessment of the economic impact on a large-scale of synthetic fuel production and utilization is important due to its impact on the environment. This should involve taking into consideration aspects like cost-effectiveness, the demand for the products in that particular market, and the role played by the government through incentives or regulations. For an adequate characterization of this developing field, current state-of-the-art attempts towards improving synthetic fuel technologies and breakthroughs should be understood. Synthetic fuels have been promising substitutes for traditional fossil fuels, although their exploitation should not lose its momentum.

Published by: Divyaansh Gandhi

Author: Divyaansh Gandhi

Paper ID: V10I1-1189

Paper Status: published

Published: January 31, 2024

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Case Study

A case study on Lyapunov stability analysis of nonlinear systems with ordinary differential equations

The main concern of this paper is the stability analysis of nonlinear systems. For evaluating the stability of a system around an equilibrium point, firstly need to understand the basic concepts of stability theory and then explore different methods to apply on the systems to check and verify the required conditions for it. This work emphasizes on the conditions needed to guarantee asymptotic stability in nonlinear dynamic autonomous systems of continuous-time.

Published by: Aarti Varshney, Vishal Goyal

Author: Aarti Varshney

Paper ID: V10I1-1171

Paper Status: published

Published: January 30, 2024

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Research Paper

Lightweight concrete

Lightweight concrete (LWC) boasts a rich history dating back to ancient Roman times and has gained popularity due to its lower density and superior thermal insulation properties. In comparison to normal-weight concrete (NWC), LWC significantly reduces the dead load of structural elements, making it particularly appealing in multi-story buildings. While most studies on LWC focus on "semi-lightweight" concretes, which use lightweight coarse aggregate and natural sand, there is potential for even greater environmental and economic benefits if waste materials replace the fine lightweight aggregate. With a history spanning over two millennia, the technical development of lightweight concrete continues to progress. This review begins with a retrospective, providing an overview of the diverse applications covered by lightweight concrete in the last century. Despite its proven technical potential, there are still hesitations and uncertainties in practice. To address this, the review delves into lightweight aggregate properties and various types of lightweight concrete, placing a special emphasis on current standards. Drawing from 25 years of practical and theoretical experience in the field, the review highlights the need for adaptations in design, production, and execution rules when working with lightweight concrete, which often deviate from those applied to normal weight concrete. Certain aspects prone to misunderstandings, such as nomenclature and the informational value of specific tests, are explored. The review addresses frequently occurring problems related to the mix design and production of lightweight concrete, elucidating unintended consequences. Additionally, a critical examination is provided of information found in existing European concrete standards regarding the mechanical properties of structural lightweight concrete. The review concludes by presenting the latest stage of development in very light lightweight concretes. Introducing Infra-lightweight concrete as an innovative approach, it aims to further extend the applications of lightweight concrete. This section provides background knowledge and experiences from case records, shedding light on an exciting frontier in the evolution of lightweight concrete.

Published by: Ashlesha Nirbhavane, Sanchita Pingat, Sneha Khaire, Pratiksha Bharati, Kaivalya Dahiphale, Sayali Patil

Author: Ashlesha Nirbhavane

Paper ID: V10I1-1180

Paper Status: published

Published: January 30, 2024

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Research Paper

The Impact of Artificial Intelligence on Design Engineering

The purpose of this research paper is to evaluate the role of artificial intelligence in the field of design engineering by discussing the contribution of artificial intelligence to the field of design engineering. This research paper further examines whether using artificial intelligence can be advantageous or disadvantageous to design engineers and to relevant stakeholders, by critiquing it through secondary sources. This research paper analyzes the growth of artificial intelligence in various aspects related to design engineering and explains the reasons behind the same, using primary sources.

Published by: Aashray Aggarwal

Author: Aashray Aggarwal

Paper ID: V10I1-1178

Paper Status: published

Published: January 24, 2024

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