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2995 result(s) found
Fluid flow and heat transfer investigation of multi-jet impingement under different conditions of crossflow with upstream and downstream turbulators.

Impinging jets are widely used in many industrial applications such as annealing of metal sheets, de-icing of aircraft wings, cooling of turbine blades, gas turbine combustor liner and electronic cooling. The application of interest for the present w

Section: Engineering Sciences (Research Project)
Impact response of bio-inspired fibre-based helicoidal composites

Fiber reinforced composites are essential materials for various industries, including aviation, automobiles, marine structures, and defense armour systems. They offer high mechanical strength and low weight to strength ratio, making them suitable for

Section: Engineering Sciences (Research Project)
Related: Covalently Functionalized Covalently Functionalized Bio-inspired Composite Protective structure subjected to Impact Loading Research Project › Engineering Sciences Indigenous Development Indigenous Development of AI-Optimized Functionally Graded Composites using Additive Manufacturing for Strategic Impact-Resistant Applications. Research Project › Engineering Sciences Developing stretchable, Developing stretchable, white light emitting and multi stimuli-responsive self-healable photoluminescent hydrogel materials and their applications in bio-inspired synergistic multi-color tunable fluorescence and shape changing actuation by combining aggregation induced emissive fluorophores with hydrophobic micellar core embedded lanthanide-sensitizer cross-links Research Project › Engineering Sciences Investigation into Investigation into the combined effect of temperature and high strain rate on magnetorheological elastomers characteristics with application to vibration control. Research Project › Engineering Sciences
Development of Less-Pt Ternary Alloy Nanoparticles Functionalized Porous Carbon Nanofibers based Flexible Hydrogen sensor Devices for safety and Process Control in Hydrogen Technologies

Hydrogen, a clean energy carrier, is crucial for decarbonizing global energy systems and is used in various industries such as aerospace, medical, petrochemical, transportation, and energy. It is an odorless and colorless gas, and detection requires

Section: Engineering Sciences (Research Project)
Development of Natural Ester Oil-Based Nanofluids by Varying the Size and Shape of Nanoparticles as Liquid Insulation with Enhanced Dielectric Properties for Power Transformer Applications

Mineral oil is commonly used as an insulating oil in distribution and power transformers due to its excellent electrical, chemical, and thermal properties. However, due to concerns about recycling and environmental protection, vegetable oil-based ins

Section: Engineering Sciences (Research Project)
Development of Novel Wear-resistant Materials Using Cold Spraying Process Through Simulations Route

Wear is a significant concern in industries like hydropower turbines, marine components, and slurry pumps. High-Velocity Oxy-Fuel (HVOF)-sprayed WC-Co-Cr coating provides good wear resistance to materials exposed to such environments. However, metall

Section: Engineering Sciences (Research Project)
Related: Development of Development of novel Al7075/ferrochrome slag/graphene oxide hybrid nanocomposites using ultrasonic assisted stirring and squeeze casting process and its machinability studies under various sustainable machining environments Research Project › Engineering 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 Indigenous Development Indigenous Development of AI-Optimized Functionally Graded Composites using Additive Manufacturing for Strategic Impact-Resistant Applications. Research Project › Engineering Sciences Development of Development of Novel High-Entropy Shape Memory Alloy using a Novel Rapid Tooling Technique for Aerospace Applications Research Project › Engineering Sciences Indigenous Development Indigenous Development and Characterization of a Novel High Entropy Alloy for Enhanced Energy Absorption Research Project › Engineering Sciences
Optically Controlled Micro/Nano-Welding of Flexible Organic Crystals for Bandwidth-Tuneable Photonic Integrated Circuits

Optoelectronic devices play a crucial role in communication and data transfer, with the integration of electronic and photonic components revolutionizing the device industry. Photonic integrated circuits (PICs) contain optical components essential fo

Section: Physical Sciences (Research Project)
Related: Liquid crystal Liquid crystal elastomer-based opto-mechanical control of photonic resonators Research Project › Physical Sciences
Tuning of Structural, Optical and Photoluminescence properties of Boron Nitride Quantum Dots for LED and Wearable displays: Influence of dopant (Mg, Mn, Zn and Ca)

Tailoring the optical band gap of the semiconductors becomes the most curious research now because wide band gap semiconductors possess the ability to work in high temperatures, high voltage and high switching speeds. Since quantum dots (QDs) have ma

Section: Physical Sciences (Research Project)
Photocatalytic Degradation of Persistent Pollutants Using Magnetic Ferrite/moo₃ Nanocomposites

Industrial pollutants such as dyes, pesticides, antibiotics, and phenols are becoming major sources of aquatic contamination. Various catalytic removal techniques have been studied, but none provide cost-effective and mild conditions for removing wat

Section: Engineering Sciences (Research Project)
Upcycling of chitin rich residual resources for targeted production of organonitrogen chemicals

Chitin, with an annual production of 100 billion tons, is the world's second most enriched biomass. It has naturally fixed nitrogen in the form of amide functionality, providing an ideal resource for accessing organonitrogen compounds to circumvent N

Section: Life Sciences & Biotechnology (Research Project)
Low order models for Thermoacoustic Instability predictions in Rayleigh Flows

The positive feedback loop between the heat release rate fluctuations and the acoustic pressure fluctuations inside the combustion chambers of systems like gas turbine engines, domestic boilers, industrial burners etc. lead to thermoacoustic instabil

Section: Engineering Sciences (Research Project)
Related: Spatiotemporally Optimized Spatiotemporally Optimized Active Control of Thermoacoustic Instability using Nanosecond Repetitively Pulsed Plasma Discharge Research Project › Engineering Sciences Physics-Informed Machine Physics-Informed Machine Learning for Enhanced Turbine Blade Flow Predictions: Bridging Experiments and Computations Research Project › Engineering Sciences Physics-Based Aerodynamic Physics-Based Aerodynamic Modelling and Reduced-Order Tools for Rotorcraft Flight Dynamics Simulation Research Project › Engineering Sciences Physics-informed neural Physics-informed neural networks (PINNs) modeling for stability analyses of hybrid nanofluid flows within porous channel Research Project › Mathematical Sciences Predictive Control Predictive Control of Extreme Events in Turbulence Research Project › Engineering Sciences
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