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731 result(s) found
Development of A Clean Sustainable MSW Technology: 10 TPB pilot plant for Management of Municipal Solid Waste

The project aims to construct a 10 ton per batch TPB biodrying-BMT plant in India, designed to handle mixed municipal solid waste (MSW) effectively. The goal is to develop and demonstrate a clean sustainable technology for the treatment of MSW and re

Section: Earth, Atmosphere & Environment Sciences (Research Project)
Design and Development of Low Cost and High Power Density Multi-Phase Interior Permanent Magnet Motor drive with Integrated Charger for Electric Vehicle Applications

The internal combustion engine-based automobile sector is facing challenges due to high prices, space constraints, and charging infrastructure. Interior permanent magnet (IPM) motors are a suitable choice for EV applications due to their high power a

Section: Engineering Sciences (Research Project)
Related: Design and Design and Development of Multi-level Inverter Fed Multi-Phase Sensorless Permanent Magnet Synchronous Motor Drive for Hybrid Electric Vehicle Applications with Reduced Torque and Flux Ripples Research Project › Engineering Sciences Development of Development of high power dense Permanent Magnet assisted Multi phase Synchronous Reluctance Machine for Electric Vehicle applications Research Project › Engineering Sciences Development of Development of Advanced Speed Control Techniques for Five-Phase Permanent Magnet-Assisted Synchronous Reluctance Motor (PMa-SynRM)-Powered Electric Vehicles to Reduce Torque Ripples, Ensuring Smoother Operation and Enhanced Efficiency Research Project › Engineering Sciences Design, analysis Design, analysis and development of an electric-machine with mechanical flux-weakening capability for electric-vehicle applications Research Project › Engineering Sciences Drives for Drives for electric vehicle applications Research Project › Engineering Sciences
Atomistic modelling of shock deformation of Zr-Cu-Al metallic glasses

The properties of materials under extreme conditions are crucial for aerospace and defense applications. The behavior of materials under shock loading is particularly important. Despite extensive experimental and computational studies on elastic, pla

Section: Engineering Sciences (Research Project)
Development of complete resilient reconfigurable field programmable gate array (FPGA) with defect tolerant controller for payload designs in nano-satellites

The increasing use of FPGA boards for payload applications in nano-satellites and re-programmable payloads has led to a need for defect-tolerant FPGA boards. However, commercially available FPGA boards are limited and costly, focusing on soft-errors

Section: Engineering Sciences (Research Project)
Development of an advanced pore-scale model for predicting unsaturated soil response

Unsaturated hydraulic conductivity (k) and soil-water retention curve (SWRC) are crucial for numerical modeling of soil flow and transport phenomena. These properties are essential in geotechnical, geoenvironmental, and agricultural applications, suc

Section: Engineering Sciences (Research Project)
Broadband uniform-efficiency orbital angular momentum detectors for general one-photon and entangled two-photon states

Quantum information applications based on the high-dimensional orbital angular momentum (OAM) basis offer numerous advantages over traditional two-dimensional protocols. OAM-based communication protocols have enhanced system capacities, better spectr

Section: Physical Sciences (Research Project)
Development and Field Implementation of a Conceptual Hydrological Model for Efficient River Basin Planning and Management

The Indian Institute of Technology (IIT) Kharagpur has developed the National Hydrological Model-India (NHM-I), a large-scale conceptual hydrological model that can describe the entire land phase of the hydrological cycle at a daily time step. The mo

Section: Engineering Sciences (Research Project)
Lattice Boltzmann Method (LBM) for multiphase flow and transport in porous media

The research focuses on the drying of capillary porous media using Pore Network Modeling and Multiphase Lattice Boltzmann Method (LBM). The project aims to develop a parallelized LBM for the application of drying porous media, which requires parallel

Section: Engineering Sciences (Research Project)
Physical Layer Security Analysis of FSO Communication Systems over Arbitrarily Correlated Channels

Physical layer security (PLS) has recently attracted significant attention of researchers to complement to the conventional encryption techniques to improve the secrecy performance of free-space optical (FSO) communication systems. The secrecy perfor

Section: Computer Sciences and Information Technology (Research Project)
Related: Design and Design and Development of Intelligent Physical Layer Security Techniques for Non-Terrestrial Network-based Communications Research Project › Engineering Sciences Experimental Investigation Experimental Investigation and Performance Improvement of Visible Light Communication Systems Research Project › Engineering Sciences Experimental Investigation Experimental Investigation and Performance Evaluation of HARQ Technique for Free-Space Optical Communication Systems Research Project › Engineering Sciences A Holistic A Holistic Integration of NTNs for 5G and Beyond Wireless Communications: Connecting Anything, Anytime, Anywhere Research Project › Engineering Sciences Fundamental Limitations Fundamental Limitations on Quantum Internet Research Project › Engineering Sciences
Studies on the emission properties of single-photon emitters coupled to layered meta-material structures

Ultra-bright solid-state single photon sources (SPS) play a crucial role in the development of quantum optical technologies. These SPSs can be based on various materials, such as diamond, defects in silicon carbide, quantum dots, and hexagonal Boron

Section: Physical Sciences (Research Project)
Related: Temporal and Temporal and spectral study of single-photon emission coupled to a hyperbolic meta-material resonator Research Project › Physical Sciences Engineering Light Engineering Light Emission in Nanophotonic Structures Using Two Pulse Excitation Research Project › Engineering Sciences Investigating the Investigating the Potential of 2D Ferroelectric Material In2Se3: From Stable Ferroelectricity to Moire Superlattices Research Project › Physical Sciences Ultrafast Spectroscopy Ultrafast Spectroscopy Investigation of Spin-Vibronic Dynamics in TADF Emitters for Next-generation Energy Efficient OLEDs Research Project › Chemical Sciences Nanoscale Quantum Nanoscale Quantum Emitters at Telecom Wavelengths for Scalable and Integrated Quantum Technologies Research Project › Mathematical Sciences
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