results 133-144 of 557
Predicting Grease Lubrication Behaviour: (A) Novel Methods to Determine Grease Rheology at Extremely Large Shear Rates and (B) The Role Of Nanoscale and Mesoscale Structure of Grease in Film Formation Inside Tribocontact
29/12/2020
Inventors: Dr. Asima Shaukat
Predicting grease lubrication behavior involves innovating methods to assess grease rheology at high shear rates and studying the nanoscale and mesoscale structure's impact on film formation in tribological contacts. (a) New techniques aim to measure viscosity and shear thinning accurately under extreme conditions, crucial for understanding grease performance in high-speed...
Predicting grease lubrication behavior involves innovating methods to assess grease rheology at high shear rates and studying the nanoscale and mesoscale structure's impact on film formation in tribological contacts. (a) New techniques aim to measure viscosity and shear thinning accurately under extreme conditions, crucial for understanding grease performance in high-speed applications. (b) Investigating how grease components interact at microscopic scales informs formulation strategies to enhance lubricant film strength and durability. These advancements contribute to optimizing grease formulations for improved mechanical system efficiency, ensuring reliable lubrication and minimizing wear in industrial and automotive applications. (Chemical Engineering)
Recovery of Water from Gaseous Emissions
30/03/2020
Inventors: Dr. Srinivas Krishnaswamy, Dr. Amol Deshpande
The recovery of water from gaseous emissions involves capturing and extracting water vapor from industrial exhaust gases or other sources where water is present in vapor form. This process typically utilizes condensation or adsorption technologies to isolate and collect the water molecules. The recovered water can then be purified for...
The recovery of water from gaseous emissions involves capturing and extracting water vapor from industrial exhaust gases or other sources where water is present in vapor form. This process typically utilizes condensation or adsorption technologies to isolate and collect the water molecules. The recovered water can then be purified for reuse in industrial processes or as potable water, contributing to water conservation efforts and reducing water consumption. This approach not only mitigates environmental impact by reducing water discharge but also supports sustainable resource management practices by maximizing the utilization of water resources available in gaseous emissions. (Chemical Engineering)
Recovery of Resources from Worn-Out Tires for Enabling Circular Economy
30/03/2020
Inventors: Dr. Sunil Bhand, Dr. Utpal Roy
The recovery of resources from worn-out tires is pivotal for fostering a circular economy. Through mechanical shredding and separation processes, valuable materials like rubber, steel, and textiles are extracted and repurposed for various applications. Recycled rubber finds use in manufacturing asphalt, sports surfaces, and consumer goods, while tire-derived fuels provide...
The recovery of resources from worn-out tires is pivotal for fostering a circular economy. Through mechanical shredding and separation processes, valuable materials like rubber, steel, and textiles are extracted and repurposed for various applications. Recycled rubber finds use in manufacturing asphalt, sports surfaces, and consumer goods, while tire-derived fuels provide energy in industrial processes. This approach not only minimizes landfill waste but also conserves natural resources and reduces carbon emissions associated with tire disposal. By promoting resource efficiency and sustainability, tire recycling contributes significantly to the circular economy paradigm, supporting environmentally responsible practices and economic viability. (Chemistry)
Assessing the Impact of Climate change on mountain communities in Spiti Basin
03/09/2020
Inventors: Dr. Rajiv Kumar Chaturvedi
Assessing the impact of climate change on mountain communities in the Spiti Basin involves studying how environmental shifts affect these remote Himalayan villages. Research focuses on changes in water availability, agriculture, and livelihoods due to melting glaciers, altered precipitation patterns, and temperature fluctuations. This assessment aims to understand vulnerabilities, adaptability,...
Assessing the impact of climate change on mountain communities in the Spiti Basin involves studying how environmental shifts affect these remote Himalayan villages. Research focuses on changes in water availability, agriculture, and livelihoods due to melting glaciers, altered precipitation patterns, and temperature fluctuations. This assessment aims to understand vulnerabilities, adaptability, and resilience of local communities facing climate-induced challenges. By documenting socio-economic impacts, ecological changes, and community responses, strategies can be developed to support sustainable development, resource management, and climate resilience initiatives tailored to the unique needs of Spiti Basin mountain communities. (Humanities & Social Sciences)
Demonstration of a Practical Solution for Removal and Monitoring Heavy Metal Ions from Drinking Water using Modified Biopolymer
29/06/2020
Inventors: Dr. Amrita Chatterjee
The project aims to demonstrate a practical solution for removing and monitoring heavy metal ions from drinking water using modified biopolymers. This involves enhancing biopolymer materials through modification processes to increase their affinity and selectivity for heavy metal ions. The modified biopolymers act as effective adsorbents to capture contaminants from...
The project aims to demonstrate a practical solution for removing and monitoring heavy metal ions from drinking water using modified biopolymers. This involves enhancing biopolymer materials through modification processes to increase their affinity and selectivity for heavy metal ions. The modified biopolymers act as effective adsorbents to capture contaminants from water, promoting purification. Additionally, the project integrates monitoring technologies to track the concentration of heavy metal ions post-treatment, ensuring water quality compliance. This holistic approach addresses both removal and monitoring challenges, offering a sustainable and efficient solution for ensuring safe drinking water in communities affected by heavy metal contamination. (Chemistry)
Structure Function Analysis of Tumor Suppressor SMAR1 (J. C. Bose Fellowship Award)
25/08/2020
Inventors: Dr. Samit Chattopadhyay
The J.C. Bose Fellowship Award focuses on the structure-function analysis of the tumor suppressor SMAR1. This prestigious fellowship supports research that investigates the molecular mechanisms by which SMAR1 functions as a tumor suppressor. The study likely involves analyzing the protein's structural components and how they interact with DNA, proteins, and...
The J.C. Bose Fellowship Award focuses on the structure-function analysis of the tumor suppressor SMAR1. This prestigious fellowship supports research that investigates the molecular mechanisms by which SMAR1 functions as a tumor suppressor. The study likely involves analyzing the protein's structural components and how they interact with DNA, proteins, and other cellular components to regulate cell growth and proliferation. By understanding these mechanisms, researchers aim to uncover insights into cancer biology and potentially identify new therapeutic targets for cancer treatment. The fellowship underscores the importance of advancing knowledge in molecular oncology and supporting groundbreaking research in the field. (Biological Science)
Smart City Data Analytics in Cloud
28/12/2018
Inventors: Dr. Neena Goveas
Smart city data analytics in the cloud involves leveraging cloud computing technologies to analyze vast amounts of data generated by various sensors and devices in urban environments. This approach enables cities to gain insights into traffic patterns, energy consumption, waste management, air quality, and more, facilitating informed decision-making and resource...
Smart city data analytics in the cloud involves leveraging cloud computing technologies to analyze vast amounts of data generated by various sensors and devices in urban environments. This approach enables cities to gain insights into traffic patterns, energy consumption, waste management, air quality, and more, facilitating informed decision-making and resource optimization. By utilizing cloud platforms, cities can store, process, and analyze data efficiently, scaling infrastructure as needed and integrating advanced analytics tools like machine learning and artificial intelligence. This integration aims to enhance urban planning, improve citizen services, and foster sustainable development in smart cities. (CS&IS)
Use of Cell Phones for Detecting and Controlling Infectious Diseases
22/07/2019
Inventors: Dr. Vinayak Naik
Cell phones are increasingly utilized to detect and control infectious diseases by enabling real-time surveillance, remote diagnosis, and preventive measures. Mobile apps gather symptom data, track geographic spread, and facilitate rapid response efforts. Telemedicine apps aid in remote diagnosis and consultation, while SMS alerts disseminate health information and promote hygiene...
Cell phones are increasingly utilized to detect and control infectious diseases by enabling real-time surveillance, remote diagnosis, and preventive measures. Mobile apps gather symptom data, track geographic spread, and facilitate rapid response efforts. Telemedicine apps aid in remote diagnosis and consultation, while SMS alerts disseminate health information and promote hygiene practices. By analyzing aggregated data, health authorities can predict outbreaks and allocate resources effectively. This integration of mobile technology enhances disease monitoring, accelerates intervention timelines, and empowers individuals and healthcare systems to mitigate the spread of infectious diseases more efficiently and globally.
(CS&IS)
Nokia Localization and Nokia Health
22/07/2019
Inventors: Dr. Vinayak Naik
Nokia Localization typically refers to Nokia's efforts in adapting its products and services to meet the linguistic and cultural preferences of different regions worldwide. This involves translating user interfaces, documentation, and customer support materials into local languages and tailoring features to suit regional market needs.
On the other hand, Nokia Health...
Nokia Localization typically refers to Nokia's efforts in adapting its products and services to meet the linguistic and cultural preferences of different regions worldwide. This involves translating user interfaces, documentation, and customer support materials into local languages and tailoring features to suit regional market needs.
On the other hand, Nokia Health refers to Nokia's initiatives and products related to health and wellness. This includes wearable devices, mobile health applications, and digital health platforms aimed at helping individuals monitor and improve their health metrics such as activity levels, sleep patterns, heart rate, and more. Nokia Health products are designed to integrate technology seamlessly into daily life to promote better health outcomes and lifestyle management. (CS&IS)
Integrated Track in Brain and Cognitive Science (iBRAIN)
15/01/2020
Inventors: Dr. Veeky Baths
The Integrated Track in Brain and Cognitive Science (iBRAIN) likely refers to an interdisciplinary program or curriculum that integrates various aspects of brain research and cognitive science. This track is designed to provide students with a comprehensive understanding of the brain's structure, function, and cognitive processes through a multidisciplinary approach....
The Integrated Track in Brain and Cognitive Science (iBRAIN) likely refers to an interdisciplinary program or curriculum that integrates various aspects of brain research and cognitive science. This track is designed to provide students with a comprehensive understanding of the brain's structure, function, and cognitive processes through a multidisciplinary approach. It may include coursework and research opportunities spanning neuroscience, psychology, computer science, and related fields, aiming to foster collaboration and innovation in brain research. iBRAIN programs typically prepare students for careers in academia, healthcare, technology, and other fields where an understanding of brain function and cognition is critical. (Biological Science)
Evaluation of Mechanical Performance of the 3-D Printed PEEK Polymer used in Space Applications
17/07/2019
Inventors: Dr. D. M. Kulkarni, Dr. Vikas Chaudhari
The evaluation focuses on assessing the mechanical performance of 3D-printed PEEK (Polyether Ether Ketone) polymer for use in space applications. PEEK is known for its high mechanical strength, chemical resistance, and thermal stability, making it suitable for aerospace environments. The study includes testing various mechanical properties such as tensile strength,...
The evaluation focuses on assessing the mechanical performance of 3D-printed PEEK (Polyether Ether Ketone) polymer for use in space applications. PEEK is known for its high mechanical strength, chemical resistance, and thermal stability, making it suitable for aerospace environments. The study includes testing various mechanical properties such as tensile strength, impact resistance, hardness, and dimensional stability of 3D-printed PEEK parts. These evaluations aim to ensure that PEEK components maintain integrity and functionality under the extreme conditions of space, validating their suitability for manufacturing lightweight, durable parts in aerospace applications. (Mechanical Engineering)
Photo-irradiation and Adsorption based Novel Innovations for Water-treatment (PANI).
31/03/2019
Inventors: Dr. Halan Prakash, Dr. Meenal Kowshik
The PANI project focuses on novel innovations for water treatment using photo-irradiation and adsorption techniques. This research initiative explores advanced methods to purify water by harnessing the combined effects of photo-irradiation and adsorption processes. Photo-irradiation involves using light to activate materials that can degrade pollutants, while adsorption utilizes surfaces to...
The PANI project focuses on novel innovations for water treatment using photo-irradiation and adsorption techniques. This research initiative explores advanced methods to purify water by harnessing the combined effects of photo-irradiation and adsorption processes. Photo-irradiation involves using light to activate materials that can degrade pollutants, while adsorption utilizes surfaces to attract and trap contaminants from water. By integrating these approaches, the PANI project aims to develop efficient and sustainable water treatment technologies that address emerging pollutants and improve water quality. This research contributes to innovative solutions for global water challenges, promoting environmental sustainability and public health. (Chemistry)
An Institute of Eminence
