results 421-432 of 557
Development of Functionally Graded Hybrid Fiber Reinforced Polymer Composites for High Strain Rate and Elevated Temperature Aeronautical Application
15/02/2022
Inventors: S B Singh, Sudhirkumar Barai
The development of functionally graded hybrid fiber-reinforced polymer composites is undertaken with the specific goal of enhancing their performance under high strain rates and elevated temperatures for aeronautical applications. This research initiative aims to optimize the material properties to withstand challenging conditions in aircraft structures, effectively balancing strength and flexibility...
The development of functionally graded hybrid fiber-reinforced polymer composites is undertaken with the specific goal of enhancing their performance under high strain rates and elevated temperatures for aeronautical applications. This research initiative aims to optimize the material properties to withstand challenging conditions in aircraft structures, effectively balancing strength and flexibility to ensure structural integrity and optimal performance in demanding environments. Through strategic design and testing, our efforts focus on creating advanced composite materials that offer exceptional mechanical properties to meet the rigorous requirements of aerospace engineering standards. (Civil Engineering)
Targeting Chromatin modifiers- Jumonji Histone Demethylases in tumor cells surviving acute drug stress : an In Vitro and In Vivo study
15/03/2021
Inventors: Rajdeep Chowdhury, Syamantak Majumder
In this study, we focus on investigating the role of Jumonji Histone Demethylases, which are chromatin modifiers, in tumor cells that manage to survive the intense stress caused by certain drugs. Our research involves conducting experiments both in controlled laboratory settings (in vitro) and within living organisms (in vivo) to...
In this study, we focus on investigating the role of Jumonji Histone Demethylases, which are chromatin modifiers, in tumor cells that manage to survive the intense stress caused by certain drugs. Our research involves conducting experiments both in controlled laboratory settings (in vitro) and within living organisms (in vivo) to better understand how these demethylases may be contributing to the survival and resistance mechanisms of cancer cells under drug-induced stress conditions. (Biological Sciences)
Quantum Algorithms for Efficient Wireless Energy Transfer in Renewable Sensor Networks
15/03/2022
Inventors: Sainath Bitragunta
Quantum algorithms have been developed for the purpose of enabling efficient wireless energy transfer within renewable sensor networks, a technology that holds great potential for revolutionizing the field. By leveraging quantum principles, these algorithms can optimize the transfer of energy wirelessly, offering a sustainable solution for powering sensor nodes in...
Quantum algorithms have been developed for the purpose of enabling efficient wireless energy transfer within renewable sensor networks, a technology that holds great potential for revolutionizing the field. By leveraging quantum principles, these algorithms can optimize the transfer of energy wirelessly, offering a sustainable solution for powering sensor nodes in a renewable and efficient manner. The integration of quantum algorithms in this context not only enhances energy transfer efficiency but also contributes to the advancement of renewable energy technologies, pushing the boundaries of what is possible in the realm of wireless power transmission for sensor networks. (EEE)
CFD Analysis for Cement Manufacturing Processes
15/06/2022
Inventors: Suvanjan Bhattacharyya
Computational Fluid Dynamics (CFD) Analysis plays a crucial role in optimizing and enhancing cement manufacturing processes. By utilizing advanced simulation techniques, CFD Analysis provides valuable insights into the complex fluid dynamics involved in cement production. This detailed analysis aids in improving process efficiency, reducing energy consumption, and minimizing environmental impacts....
Computational Fluid Dynamics (CFD) Analysis plays a crucial role in optimizing and enhancing cement manufacturing processes. By utilizing advanced simulation techniques, CFD Analysis provides valuable insights into the complex fluid dynamics involved in cement production. This detailed analysis aids in improving process efficiency, reducing energy consumption, and minimizing environmental impacts. Overall, CFD Analysis serves as a powerful tool for cement industry professionals to make informed decisions and drive continuous improvements in their manufacturing operations. (Mechanical Engineering)
Efficient Domain-Specific storage and query system for High-Speed IP flow analysis
15/06/2022
Inventors: Ashutosh Bhatia, Kamlesh Tiwari
An efficient domain-specific storage and query system have been developed specifically to cater to the needs of high-speed IP flow analysis. This innovative system is designed to optimize data storage and retrieval processes for analyzing IP traffic flows at accelerated rates. By focusing on domain-specific requirements, such as unique data...
An efficient domain-specific storage and query system have been developed specifically to cater to the needs of high-speed IP flow analysis. This innovative system is designed to optimize data storage and retrieval processes for analyzing IP traffic flows at accelerated rates. By focusing on domain-specific requirements, such as unique data structures and indexing mechanisms, this system ensures high performance and accuracy in processing vast amounts of flow data. As a result, users can benefit from enhanced speed and efficiency in conducting IP flow analysis tasks, making it a valuable tool for network security and performance monitoring applications. (CS&IS)
AI Intervened Tribal development by improving water convervation, Livelihood and health
15/09/2021
Inventors: Sudhirkumar Barai, Navneet Goyal
AI significantly intervened in Tribal development by implementing innovative solutions to enhance water conservation practices, uplift livelihood opportunities, and advance healthcare services within these communities. Through targeted initiatives, AI revolutionized traditional approaches, establishing sustainable frameworks for water management, creating diverse income-generating avenues, and improving overall well-being. By integrating technology with...
AI significantly intervened in Tribal development by implementing innovative solutions to enhance water conservation practices, uplift livelihood opportunities, and advance healthcare services within these communities. Through targeted initiatives, AI revolutionized traditional approaches, establishing sustainable frameworks for water management, creating diverse income-generating avenues, and improving overall well-being. By integrating technology with tribal knowledge, AI not only fostered economic growth but also promoted environmental sustainability, paving the way for a harmonious coexistence between modern advancements and indigenous practices, ultimately leading to a more prosperous future for tribal populations. (Civil Engineering)
Classification of m-isometries admitting Wold-type decomposition
16/11/2023
Inventors: Venkata Krishna Sashank Dara
The classification of m-isometries that admit the Wold-type decomposition has recently gained significant attention in the field of mathematics. Researchers have been exploring various properties and implications of these unique transformations, shedding light on their connections to other areas of study. By delving deeper into the structural aspects and behavioral...
The classification of m-isometries that admit the Wold-type decomposition has recently gained significant attention in the field of mathematics. Researchers have been exploring various properties and implications of these unique transformations, shedding light on their connections to other areas of study. By delving deeper into the structural aspects and behavioral patterns of such m-isometries, mathematicians hope to uncover a deeper understanding of their role and significance in mathematical frameworks. These endeavors contribute to not only enhancing our theoretical knowledge but also potentially offering practical applications in diverse fields where precise mappings and symmetry operations are crucial. (WILPD-CSIS)
Preparation of District Environmental Plan (DEMP), Dist. Sri Ganganagar
16/03/2022
Inventors: Ajit Pratap Singh
The preparation of the District Environmental Plan (DEMP) for District Sri Ganganagar involves a comprehensive process that aims to assess, analyze, and address various environmental aspects and concerns within the district. This plan will involve a thorough examination of the region's natural resources, ecosystems, pollution levels, and potential environmental risks...
The preparation of the District Environmental Plan (DEMP) for District Sri Ganganagar involves a comprehensive process that aims to assess, analyze, and address various environmental aspects and concerns within the district. This plan will involve a thorough examination of the region's natural resources, ecosystems, pollution levels, and potential environmental risks in order to develop sustainable strategies and initiatives for ensuring long-term environmental protection and conservation. It will also involve stakeholder consultations, data collection, environmental impact assessments, and the drafting of policies and regulations aimed at promoting responsible environmental stewardship and fostering a harmonious relationship between human activities and the surrounding environment for the benefit of present and future generations. (Civil Engineering)
Performace improvement of Solar thermal system using magnetic NanoFluids
16/09/2021
Inventors: Suvanjan Bhattacharyya
The performance enhancement of solar thermal systems through the utilization of magnetic NanoFluids involves the integration of innovative technologies to optimize energy efficiency and heat transfer processes. By leveraging the unique properties of magnetic NanoFluids, such as enhanced thermal conductivity and heat absorption capabilities, the system aims to achieve improved...
The performance enhancement of solar thermal systems through the utilization of magnetic NanoFluids involves the integration of innovative technologies to optimize energy efficiency and heat transfer processes. By leveraging the unique properties of magnetic NanoFluids, such as enhanced thermal conductivity and heat absorption capabilities, the system aims to achieve improved overall performance, leading to increased sustainability and effectiveness in harnessing solar energy for various applications across different industries. Through ongoing research and development, the potential for greater advancements in solar energy utilization continues to be explored, offering promising opportunities for the future of renewable energy technologies. (Mechanical Engineering)
A novel modeling framework for condensation and evaporation processes in quiescent environment
17/01/2022
Inventors: Anirudh Singh Rana
A novel modeling framework has been developed to simulate condensation and evaporation processes occurring in a quiescent environment, offering a comprehensive approach to understanding these fundamental phenomena. By employing advanced computational techniques, this framework enables the accurate prediction of mass transfer rates and phase changes, which are crucial in various...
A novel modeling framework has been developed to simulate condensation and evaporation processes occurring in a quiescent environment, offering a comprehensive approach to understanding these fundamental phenomena. By employing advanced computational techniques, this framework enables the accurate prediction of mass transfer rates and phase changes, which are crucial in various industrial and environmental applications. The proposed model considers the complex interplay of thermodynamics, fluid dynamics, and surface interactions, providing a versatile tool for enhancing our knowledge of heat and mass transfer mechanisms. Overall, this innovative framework brings valuable insights into the behavior of condensation and evaporation under different conditions and holds significant potential for practical implementation in diverse engineering fields. (Mathematics)
Nowcasting Earthquakes: Understanding the Current Level of Seismic Progression of Indian Cities
17/01/2022
Inventors: Sumanta Pasari
One of the vital aspects of seismic monitoring and preparedness involves the technique of nowcasting earthquakes to determine the current seismic progression levels within Indian cities. By comprehensively understanding the seismic activities in urban areas, we can better assess the risk and potential impact of earthquakes. This proactive approach enables...
One of the vital aspects of seismic monitoring and preparedness involves the technique of nowcasting earthquakes to determine the current seismic progression levels within Indian cities. By comprehensively understanding the seismic activities in urban areas, we can better assess the risk and potential impact of earthquakes. This proactive approach enables us to implement effective mitigation strategies and enhance the overall resilience of our infrastructure and communities in the face of natural disasters. (Mathematics)
Envisioning future-low carbon lifestyles and transitioning instruments project
17/03/2020
Inventors: Kuldip Singh Sangwan
The "Envisioning future-low carbon lifestyles and transitioning instruments project" provides an invaluable opportunity to explore sustainable living practices that minimize carbon footprints while also examining various tools and strategies aimed at facilitating this transition towards a more eco-friendly lifestyle. Through this project, individuals are encouraged to envision a future where...
The "Envisioning future-low carbon lifestyles and transitioning instruments project" provides an invaluable opportunity to explore sustainable living practices that minimize carbon footprints while also examining various tools and strategies aimed at facilitating this transition towards a more eco-friendly lifestyle. Through this project, individuals are encouraged to envision a future where low-carbon lifestyles are not only achievable but also desirable, fostering a deeper understanding of the benefits associated with reducing greenhouse gas emissions and promoting environmental stewardship on a global scale. By engaging with innovative solutions and fostering awareness around sustainable practices, this initiative aims to inspire positive change and encourage the adoption of greener habits that can lead to a more resilient and harmonious relationship with our planet. (Mechanical Engineering)
An Institute of Eminence
