results 337-348 of 557
Investigation on Dynamic Deformation Behavior of Tungsten Heavy Alloys (WHAs) for Defence Applications
18/08/2021
Inventors: Nitin Ramesh K, Navin Kumar and Swadesh K Singh
This project examines the dynamic deformation behavior of tungsten heavy alloys (WHAs) under high-stress conditions, focusing on their performance in defense applications. Through experimental studies and computational modeling, the research aims to understand how WHAs respond to impact and other dynamic forces. The insights gained will help in designing advanced...
This project examines the dynamic deformation behavior of tungsten heavy alloys (WHAs) under high-stress conditions, focusing on their performance in defense applications. Through experimental studies and computational modeling, the research aims to understand how WHAs respond to impact and other dynamic forces. The insights gained will help in designing advanced materials for military applications, improving the durability and effectiveness of armor and impact-resistant components. (Mechanical Engineering)
Process and Hybrid Tool Design for Higher Productivity in FSW Butt-Joints of Thick Al-Alloy 2219 Plates
21/09/2021
Inventors: Jeevan Jaidi, Sujith R
This project focuses on improving productivity in friction stir welding (FSW) of thick aluminum alloy 2219 plates through advanced process and hybrid tool design. By optimizing welding techniques and tool configurations, the project aims to enhance joint quality, reduce cycle times, and increase overall efficiency in the FSW process. The...
This project focuses on improving productivity in friction stir welding (FSW) of thick aluminum alloy 2219 plates through advanced process and hybrid tool design. By optimizing welding techniques and tool configurations, the project aims to enhance joint quality, reduce cycle times, and increase overall efficiency in the FSW process. The research is geared towards applications in aerospace and defense, where high-performance materials and precise welds are crucial. (Mechanical Engineering)
Molecular Mechanisms in Plant-Rhizobacterial Interaction for Abiotic Stress Tolerance
22/06/2021
Inventors: Sridev Mohapatra
This project investigates the molecular mechanisms underlying the interactions between plants and rhizobacteria that enhance tolerance to abiotic stress. By studying these plant-microbe interactions, researchers aim to identify key molecular pathways and genes involved in stress resilience. The findings could lead to the development of agricultural practices and crop varieties...
This project investigates the molecular mechanisms underlying the interactions between plants and rhizobacteria that enhance tolerance to abiotic stress. By studying these plant-microbe interactions, researchers aim to identify key molecular pathways and genes involved in stress resilience. The findings could lead to the development of agricultural practices and crop varieties that are better equipped to withstand environmental stresses such as drought and salinity, thereby improving crop productivity and sustainability. (Biological Science)
Design, Synthesis and Biological Evaluation of 1,2,3-triazole Hybrids as Novel Quorum Sensing Inhibitors
19/04/2021
Inventors: KVG Chandra Sekhar
This project explores the design, synthesis, and biological evaluation of 1,2,3-triazole hybrid compounds as novel inhibitors of quorum sensing. By targeting bacterial communication systems, these inhibitors aim to prevent harmful biofilm formation and antibiotic resistance. The project involves the development of these compounds through chemical synthesis and subsequent testing to...
This project explores the design, synthesis, and biological evaluation of 1,2,3-triazole hybrid compounds as novel inhibitors of quorum sensing. By targeting bacterial communication systems, these inhibitors aim to prevent harmful biofilm formation and antibiotic resistance. The project involves the development of these compounds through chemical synthesis and subsequent testing to assess their effectiveness in disrupting quorum sensing pathways, offering potential new strategies for combating bacterial infections and enhancing public health. (Chemistry)
Structured Dialogues for Sustainable Urban Water Management (SDSUWM)
28/11/2019
Inventors: Suchismita Satpathy
The SDSUWM project focuses on creating structured dialogue frameworks to enhance urban water management practices. By integrating stakeholder perspectives, policy analysis, and technological advancements, this initiative aims to develop comprehensive strategies for sustainable water use in urban areas. The project seeks to address challenges such as water scarcity, pollution, and...
The SDSUWM project focuses on creating structured dialogue frameworks to enhance urban water management practices. By integrating stakeholder perspectives, policy analysis, and technological advancements, this initiative aims to develop comprehensive strategies for sustainable water use in urban areas. The project seeks to address challenges such as water scarcity, pollution, and infrastructure needs through collaborative discussions and innovative solutions, ensuring effective management and conservation of urban water resources. (Humanities & Social Sciences)
Development of Cost-effective, Electrophilic Trifluoromethylating Reagents and their Application to the Syntheses of New Classes of Medicinally Potential Trifluoromethylated Heterocycles
19/04/2021
Inventors: Tanmay Chatterjee, Balaram Ghosh
This project aims to develop cost-effective, electrophilic trifluoromethylating reagents and apply them to the synthesis of new classes of medicinally potential trifluoromethylated heterocycles. By innovating synthetic methodologies, the study seeks to enhance the availability and diversity of trifluoromethylated compounds, known for their pharmaceutical relevance. The project's outcomes are expected to...
This project aims to develop cost-effective, electrophilic trifluoromethylating reagents and apply them to the synthesis of new classes of medicinally potential trifluoromethylated heterocycles. By innovating synthetic methodologies, the study seeks to enhance the availability and diversity of trifluoromethylated compounds, known for their pharmaceutical relevance. The project's outcomes are expected to provide valuable tools for drug discovery, enabling the development of novel therapeutics with improved efficacy and safety profiles. (Chemistry)
Molecular Genetic Analysis of Schizophrenia Patients
06/02/2020
Inventors: K N Mohan
This project focuses on the molecular genetic analysis of schizophrenia patients to uncover the genetic basis of the disorder. By examining genetic variations, mutations, and epigenetic factors, the study aims to identify biomarkers and potential therapeutic targets. It involves advanced genomic techniques, bioinformatics analysis, and patient cohort studies. The project's...
This project focuses on the molecular genetic analysis of schizophrenia patients to uncover the genetic basis of the disorder. By examining genetic variations, mutations, and epigenetic factors, the study aims to identify biomarkers and potential therapeutic targets. It involves advanced genomic techniques, bioinformatics analysis, and patient cohort studies. The project's findings are expected to enhance the understanding of schizophrenia's etiology, paving the way for personalized treatment approaches and improving mental health outcomes. (Biological Science)
Development and Optimization of Stable Anti-Leukemic Drug Loaded Long Circulating Lipsomes
25/06/2020
Inventors: Akash Chaurasiya
This project aims to develop and optimize stable anti-leukemic drug-loaded long-circulating liposomes. By enhancing drug delivery systems, the study seeks to improve the therapeutic efficacy and reduce side effects of anti-leukemic treatments. It involves the formulation of liposomes, encapsulation of drugs, and evaluation of their stability, bio-distribution, and therapeutic potential....
This project aims to develop and optimize stable anti-leukemic drug-loaded long-circulating liposomes. By enhancing drug delivery systems, the study seeks to improve the therapeutic efficacy and reduce side effects of anti-leukemic treatments. It involves the formulation of liposomes, encapsulation of drugs, and evaluation of their stability, bio-distribution, and therapeutic potential. The project's outcomes are expected to provide innovative solutions for leukemia treatment, offering targeted and sustained drug delivery to maximize patient benefits. (Pharmacy)
Mitigation Strategy to Counter Top-Down Cracking due to Non-Uniform Contact Stresses in Flexible Pavements
03/07/2020
Inventors: Sridhar Raju, Chandu Parimi
This project focuses on developing a mitigation strategy to counteract top-down cracking in flexible pavements caused by non-uniform contact stresses. It aims to analyze the underlying mechanisms of crack formation and propose effective solutions to enhance pavement durability. By utilizing advanced materials, innovative design approaches, and precise stress analysis, the...
This project focuses on developing a mitigation strategy to counteract top-down cracking in flexible pavements caused by non-uniform contact stresses. It aims to analyze the underlying mechanisms of crack formation and propose effective solutions to enhance pavement durability. By utilizing advanced materials, innovative design approaches, and precise stress analysis, the study seeks to improve pavement performance, reduce maintenance costs, and extend the lifespan of road infrastructures, ensuring safer and more reliable transportation networks. (Civil Engineering)
Astrophysical Objects in Modified Theories of Gravity : Theoretical Predictions and Observational Perspective
14/02/2022
Inventors: Pradyumn Kumar Sahoo
This project explores astrophysical objects within the framework of modified theories of gravity. It aims to provide theoretical predictions and compare them with observational data to test the validity of these alternative gravitational models. By studying phenomena such as black holes, neutron stars, and cosmic expansion, the research seeks to...
This project explores astrophysical objects within the framework of modified theories of gravity. It aims to provide theoretical predictions and compare them with observational data to test the validity of these alternative gravitational models. By studying phenomena such as black holes, neutron stars, and cosmic expansion, the research seeks to enhance our understanding of the universe's fundamental forces. The project combines theoretical physics, computational simulations, and astronomical observations to challenge and refine our current knowledge of gravity. (Mathematics)
AntiTB Drug Development
01/04/2021
Inventors: D Sriram
This project is dedicated to the development of novel anti-tuberculosis (TB) drugs. It aims to identify and synthesize new compounds with potent anti-TB activity, addressing the challenges of drug resistance and treatment efficacy. The study involves extensive biochemical screening, molecular modeling, and preclinical testing to discover promising drug candidates. By...
This project is dedicated to the development of novel anti-tuberculosis (TB) drugs. It aims to identify and synthesize new compounds with potent anti-TB activity, addressing the challenges of drug resistance and treatment efficacy. The study involves extensive biochemical screening, molecular modeling, and preclinical testing to discover promising drug candidates. By advancing TB therapeutics, the project seeks to improve treatment outcomes, reduce transmission, and ultimately contribute to the global effort to eradicate tuberculosis. (Pharmacy)
Regeneration of Graphite anode and Li Metal recovery from used LFP Batteries
14/07/2022
Inventors: Afkham Mir, Ankur Bhattacharje, Alivelu Manga Parimi
This project aims to develop sustainable methods for regenerating graphite anodes and recovering lithium metal from used lithium iron phosphate (LFP) batteries. By focusing on eco-friendly recycling processes, the study seeks to minimize environmental impact and promote resource conservation. It explores various chemical and mechanical techniques to extract valuable materials,...
This project aims to develop sustainable methods for regenerating graphite anodes and recovering lithium metal from used lithium iron phosphate (LFP) batteries. By focusing on eco-friendly recycling processes, the study seeks to minimize environmental impact and promote resource conservation. It explores various chemical and mechanical techniques to extract valuable materials, contributing to the circular economy. The project's outcomes are expected to enhance battery life cycle management, reduce waste, and support the growing demand for renewable energy storage solutions. (Chemical Engineering)
An Institute of Eminence
