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2995 result(s) found
Demonstration of 3D Printed Electrodes for Next-generation Energy Devices ("Nextgen-Cell")

Irrespective of the economic and technical advantage of using fossil fuels for energy generation, the resulting environmental pollution due to the emission of hazardous gases is a critical side effect not only for India but also for the whole world.

Section: Chemical Sciences (Research Project)
Related: Development of Development of high-performance fully 3D printed lithium (Li)-ion battery system using advanced Cu-Zn alloy-based ordered porous current collectors with deposited Li as anode and ordered porous Li iron phosphate as cathode Research Project › Engineering Sciences Development of Development of high-performance fully 3D printed lithium (Li)-ion battery system using advanced Cu-Zn alloy-based ordered porous current collectors with deposited Li as anode and ordered porous Li iron phosphate as cathode Research Project › Engineering Sciences Additive Manufactured Additive Manufactured Zinc-Ion 3D-Microbatteries with Confined Electrolyte Architectures for All Climate Applications Research Project › Engineering Sciences Perovskite Materials Perovskite Materials for Light Emitting Diode (LED) and Solar Cell (PSC) Applications Research Project › Material Sciences Development of Development of Piezo-Tribo-Hybrid Electric Generator for Self-Powered Electronics Research Project › Engineering Sciences
Appraisal of Wetland Values and Ecological Threats Uing Geoinformatics and Machine Learning Techniques: A Case for Restoration and Management of Deepor Beel, Assam

Deepor Beel (covering 40 km2) has been recognized as one of the largest wetlands in the Brahmaputra valley. It was declared a Ramsar site in August 2002. The wetland is rich in floral and faunal diversity and has both biological and environmental imp

Section: Earth, Atmosphere & Environment Sciences (Research Project)
Development of a Health and Usage Monitoring System (HUMS) for defense equipment

Condition Based Maintenance (CBM) has been gaining widespread acceptance in the industry. The future technology that is expected to impact the way critical assets are managed is Health and Usage Monitoring System (HUMS) that takes CBM to the next lev

Section: Engineering Sciences (Research Project)
Related: Development of Development of a Health & Usage Monitoring System (HUMS) for defense equipment Research Project › Engineering Sciences Advancing Water Advancing Water Quality Monitoring: Development of a Bioelectrochemical Sensor as an Early Warning System Research Project › Earth, Atmosphere & Environment Sciences DEVELOPMENT OF DEVELOPMENT OF A DIAGNOSTIC APPARATUS AND EXPERT SYSTEM FOR POWER TRANSFORMER INSULATION BASED ON FREQUENCY DOMAIN SPECTROSCOPY MEASUREMENTS Research Project › Engineering Sciences Development of Development of a Solar Tree-Based Agro-PV System with AI Optimization to Improve Performance, Reliability, and Crop Yield for Sustainable Energy and Agriculture Research Project › Engineering Sciences Heavy metal Heavy metal ion detector system for water quality monitoring Research Project › Engineering Sciences
Coupling Dislocation Dynamics with Discrete Crack Mechanics to study fatigue crack growth in High Entropy Alloys

Fatigue is very common mode of failure in many engineering applications and accounts for nearly 90% of all failures, including some catastrophic events. Therefore it is crucial to consider and understand fatigue crack initiation and growth and design

Section: Engineering Sciences (Research Project)
Assessment of Tribological Properties of Graphene based Nanolubricants Developed by Ball Milling for Automotive Applications

In an automobile, frictional losses in components like engines, gear boxes, transmission systems, and wheel ends account for nearly 33% of the total fuel consumption which need to be reduced. Lubrication of the contacting regions is essentially an in

Section: Engineering Sciences (Research Project)
Related: Rational design Rational design of co-amorphous solids: correlating molecular interactions and mechanical properties for predicting long-term stability Research Project › Chemical Sciences Design and Design and Development of High-strength Wear-resistant Aluminium-based Hybrid Composites for Airframe Wings Research Project › Engineering Sciences
Detection of damage in insulated pipes using linear characteristics of ultrasonic guided waves

Small damage in an industrial pipeline may progress over time and cause leakage leading to monetary losses and sometimes a catastrophic event. Thus, damage detection in such pipes is essential. The traditional point-by-point ultrasonic inspection met

Section: Engineering Sciences (Research Project)
Development of a 3-colour SLIPI technique for spray characterization

Structured Laser Illumination Planar Imaging (SLIPI), is a technique which was developed in the last few years, to enhance the ability to make measurements in dense sprays. Optical techniques are the first choice in characterizing sprays, as they are

Section: Engineering Sciences (Research Project)
Related: Development of Development of corrosion protective coatings for AA 2024 and AA 2014 by low pressure cold spray Research Project › Material Sciences Exploring Advanced Exploring Advanced Strategies through Mechanistic Understanding of Machining Processes in Cold-spray Deposits Using a Coupled Computational and Experimental Approach Research Project › Engineering Sciences Non-invasive technique Non-invasive technique for rapid sub-micron surface profile and deformation metrology Research Project › Engineering Sciences Enhancement of Enhancement of Corrosion and Cavitation-Erosion Behaviour of Nickel-Aluminium-Bronze Alloy with Ti6Al4V Cold Spray Coating for Naval Applications Research Project › Engineering Sciences Development of Development of a cost-effective eco-friendly sustainable process for efficient production of hydrazine to fulfill its increasing market demand using bio-inspired iron-porphyrin-based electrocatalysts that can catalyze the reduction of hydroxylamine to hydrazine. Research Project › Chemical Sciences
Development of a ceramic membrane integrated fermentative reactor process for production and enrichment of biohydrogen from organic waste

Production of hydrogen, an important source of clean energy is mostly governed by the conventional techniques of steam reforming or electrolysis which still involves fossil fuels consumption. Thus, biological approaches are emerged as an important al

Section: Engineering Sciences (Research Project)
Related: Development of Development of an anaerobic microbial electrolysis system for enhanced biofuels and biochemicals production using wastewaters and wet biomass Research Project › Engineering Sciences Zeolite-based Low-cost Zeolite-based Low-cost Hybrid Membrane Photo-Bioreactor System for Treating and Recycling of High Strength Industrial Wastewater Research Project › Earth, Atmosphere & Environment Sciences
Chemical transformations of clathrate hydrates under ultra-high vacuum

Chemical phenomena in condensed molecular solids have implications to chemistry, physics, biology, and industry. These molecular solids are present in the universe and processes on them have relevance to interstellar chemistry and atmospheric process

Section: Chemical Sciences (Research Project)
Related: Development of Development of layered transition metal (oxy)hydroxide electrocatalysts through electrochemical reconstitution of metal-organic frameworks for advanced water splitting Research Project › Chemical Sciences Developing Artificial Developing Artificial Photo-Synaptic Devices Following Transient Photodoping Strategy of n-Type Organic Semiconductors Research Project › Chemical Sciences
Co-amorphous Forms for Bioavailability Enhancement of Poorly Soluble Drugs: Design, Synthesis, Characterization, and in vivo studies

Solubility of an active pharmaceutical ingredient (API) is one of the major drivers for its bioavailability. Majority of the new class of drugs are poorly water soluble and require modified dosage forms for optimal in vivo performance. For oral solid

Section: Chemical Sciences (Research Project)
Related: Rational design Rational design of co-amorphous solids: correlating molecular interactions and mechanical properties for predicting long-term stability Research Project › Chemical Sciences
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