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2995 result(s) found
A Nonlinear Constitutive Model for Graded Auxetic Structures with Tunable Mechanical Properties for Aerospace Applications

In recent years, auxetic metamaterial structures have emerged as a new class of artificial materials with unique properties, such as negative Poisson’s ratio, negative stiffness and negative compressibility. Unlike conventional structures, these st

Section: Material Sciences (Research Project)
Related: Blast Response Blast Response of Functionally Graded Auxetic Sandwich Structures with Tunable Material Properties Research Project › Engineering Sciences Nonlinear Forced Nonlinear Forced Vibration and Mechanical Buckling Analysis of Multi-Directional Porous Functionally Graded Curved Structures under Thermo-Mechanical Loading Research Project › Engineering Sciences Process development Process development for fabrication of multi-material with functionally graded structures for biomedical applications Research Project › Engineering Sciences Development, validation, Development, validation, and application of rate-dependent homogenized constitutive model for open-cell foams Research Project › Engineering Sciences Meta-Isolators: Advanced Meta-Isolators: Advanced Metamaterial Solutions for Low-Frequency Vibration Control in Aerospace Structures Research Project › Engineering Sciences
The Effects of Shot Peening Parameters on Residual Stress Evolution in a Through-Hardened and a Case-Hardened Aerospace Bearing Steel

Aeroengine bearings are heavily loaded components that are subjected to Hertzian contact pressures greater than their uniaxial yield strength. Ultra-high-strength through-hardened bearing steels, such as AISI 52100 and M50, are the current material f

Section: Physical Sciences (Research Project)
Related: Development and Development and optimisation of a micro-texture forming process in structural alloys for superior fatigue performance Research Project › Engineering Sciences
Preparing ground states of Hamiltonians using quantum computers: Novel approaches for solving optimization problems (GROUND-HAM-QC)

Quantum computers have the potential to efficiently simulate the dynamics of other quantum systems, but the ground-state preparation (GSP) problem is of great importance. This problem is particularly relevant for studying low-energy states, which con

Section: Engineering Sciences (Research Project)
Reactivity Controlled Compression Ignition Combustion Using Alternative Fuels for Achieving High Efficiency and Clean Combustion

Diesel engines are widely used in transportation and industrial applications, but their operation is becoming challenging due to stringent emission regulations. The scientific community has been exploring alternative low-temperature combustion (LTC)

Section: Engineering Sciences (Research Project)
Related: Multi-mode and Multi-mode and Flexi-fuel Operation with Fuels Produced from Waste Resources - Path Forward for High Efficiency, Clean Combustion and sustainable Diesel Engines Research Project › Engineering Sciences Multi-mode and Multi-mode and Flexi-fuel Operation with Fuels Produced from Waste Resources – Path Forward for High Efficiency, Clean Combustion and Sustainable Diesel Engines Research Project › Engineering Sciences Ultra Clean Ultra Clean Methanol/ DEE Fueled Compression Ignition Engine Development Research Project › Engineering Sciences Experimental Investigation Experimental Investigation of Performance, Combustion and Emission Characteristics of CI engine using Stable Methanol-in-Diesel Emulsion Fuels Research Project › Engineering Sciences Development of Development of unified RCCI-CDF combustion strategy for heavy-duty diesel engine with CNG-Diesel fuels Research Project › Engineering Sciences
Unraveling the Key genomic regions/QTLs associated with salt tolerance traits in Lentil (Lens culinaris Medikus) using Genotyping-by-sequencing approaches

Lentil, a diploid and self-pollinated crop, provides essential nutrients like protein, carbohydrates, minerals, and vitamins. It plays a crucial role in alleviating malnutrition and micronutrient deficiencies in developing countries. Lentil also incr

Section: Life Sciences & Biotechnology (Research Project)
Related: Unravelling the Unravelling the candidate genomic regions regulating multi-flowering in cultivated lentil (Lens culinaris L.) through RNA-Seq and QTL-Seq approaches using a RIL population Research Project › Life Sciences & Biotechnology
Role of the Saccharomyces cerevisiae SPR3 gene homologue in septation and its correlation to riboflavin overproduction in the hemiascomycete fungi Ashbya gossypii and Eremothecium ashbyii

Ashbya gossypii and Eremothecium ashbyii are filamentous hemiascomycete fungi closely related to the budding yeast, Saccharomyces cerevisiae. These fungi are natural overproducers of vitamin B2 (riboflavin) and are important from an industrial point

Section: Life Sciences & Biotechnology (Research Project)
Metal-Dielectric Scattering Field mapping using neural network: Possible application in RCS calculations

RCS computation is a complex problem. It depends upon object shape, frequency, computational resources, and efficient algorithm. Efficient RCS computation is of paramount importance to both defense and civilian industries. Physical Optics-based metho

Section: Physical Sciences (Research Project)
Related: Hybrid Halide Hybrid Halide Perovskite-Based Dual-Gated Electrochemical Transistors for Switchable Optoelectronics and Neuromorphic Computing Research Project › Physical Sciences
Micro-organism Physics Driven Neural Networks (MOPD-NNs) for Thermo-bioconvection in Porous Cavities

Thermo-bioconvection refers to the emergence of organized flow patterns driven by the interaction of motile microorganisms, thermal gradients, and gravity in a fluid. These microorganisms, such as algae or bacteria, navigate via mechanisms like chemo

Section: Mathematical Sciences (Research Project)
Site Selective Heterogeneous Catalysis (SSHC): New Horizons in Photo- and Magnetocatalysis

The proposed research seeks to address urgent global challenges related to decarbonization, circular chemistry, and sustainable fine chemical synthesis by developing next-generation multifunctional catalytic systems. At its core, this project unifies

Section: Chemical Sciences (Research Project)
Microstructure and Rheology of Particle Networks at Fluid-Fluid Interfaces

The stability and mechanical properties of emulsions, foams, and gels depend significantly on how interfaces between immiscible liquids are structured. Dense monolayers of particles—either formed in situ (via crystallization or biological processes

Section: Engineering Sciences (Research Project)
Related: Development of Development of a moment of fluid framework integrating machine learning based curvature estimation for non-Newtonian two-phase flows in complex geometries Research Project › Engineering Sciences The effect The effect of elasticity and inertia on the dynamics of particles translating next to interfaces Research Project › Mathematical Sciences Capillary suspension: Capillary suspension: Role of particle shape on strength and stability Research Project › Engineering Sciences Optimization of Optimization of substrates with high aspect ratio microstructure for reversible wetting using meshless simulations Research Project › Engineering Sciences Structured Resin-printed Structured Resin-printed Electrode-integrated Active Microfluidic Chip (StREAM-Chip) for Flow Control and Particle/Droplet Manipulation Research Project › Engineering Sciences
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