Emblem of India
India Science, Technology and Innovation Portal (ISTI) Department of Science & Technology GOVERNMENT OF INDIA
Towards a new dawn
×

img Accessibility Controls

Search

Filters

Loading filters...

2995 result(s) found
Functionality Enhancement through Design and Development of Advanced Finite Element Algorithms for STR TOOLS

Finite element software is essential during the design and analysis of complex systems. All the commercial FE software in India are externally sourced with high commercial and educational license fees, increasing with the number of users. The availab

Section: Engineering Sciences (Research Project)
Related: Functionality enhancement Functionality enhancement through design & development of advanced finite element Algorithms for Str tools Research Project › Engineering Sciences Design and Design and Development of High-Performance Reconfigurable Bidirectional DC-DC Converter with Advanced Modulation Strategy for Wide Load and Voltage Range Applications Research Project › Engineering Sciences Development of Development of advanced neuromorphic- and memory-centric computing hardware Research Project › Engineering Sciences Development of Development of advanced giant magneto-impedance (GMI) based sensor for structural health monitoring of engineering structure with enhanced area coverage Research Project › Engineering Sciences Design, Development, Design, Development, and Optimization of Triply Periodic Minimal Surface-Based Customized Insoles for Diabetic Foot Care. Research Project › Engineering Sciences
Development of WC-6Co carbide cutting inserts with enhanced in-service heat dissipation and real time temperature monitoring via Material Extrusion based Additive Manufacturing

The global manufacturing sector - which spans automotive, aerospace, medical, construction, and other industries - relies extensively on cutting tools and machine tools for component fabrication. According to recent analyses by Market Research Future

Section: Engineering Sciences (Research Project)
Development of an efficient and cost-effective process for production of Caffeine and Tannis from Tea Waste

Objective: Characterization of raw material, product and residue; To develop a cost-effective process for production of 1 kg per batch caffeine and tannin from tea waste; Development of value-added products from the tea waste residue remained after e

Section: Chemical Sciences (Research Project)
Related: Development of Development of efficient and cost effective catalysts for C-H bond activation through simultaneous production of CO free hydrogen and carbon nanotubes from renewable H4: A value addition process Research Project › Chemical Sciences Design, development Design, development and fabrication of Electrocatalytic reactor for energy efficient and cost-effective production of biodiesel from higher generation feedstock Research Project › Energy Sciences Development of Development of a Novel Process for Co-production of Green Hydrogen and Aluminum from Aluminum Waste using an Energy Efficient Hybrid Thermochemical Cycle Research Project › Earth, Atmosphere & Environment Sciences Development of Development of a ceramic membrane integrated fermentative reactor process for production and enrichment of biohydrogen from organic waste Research Project › Engineering Sciences Design, Operation, Design, Operation, and Optimization of an Electroconcentration Process for Sustainable Production of Liquid Fertilizer and Green Hydrogen from Digestate Research Project › Engineering Sciences
Developing polymer gel electrolytes and sulfur-cathodes for sodium-sulfur batteries operating at room temperature

The most famous Li-ion batteries are not ultimate and there are safety issues and problems such as limited and localized Li natural resources. In addition, India share less than 1 percent of global Li resources and there is requirement to become self

Section: Physical Sciences (Research Project)
Highly Sensitive and Selective E-nose to Detect Hazardous Formaldehyde VOC in Human Spaceflight

Indian Space Research Organization (ISRO), Department of space, India has inaugurated Human Space Flight Centre (HSFC) on 30th January 2019 at ISRO Headquarter, Bengaluru, India. HSFC is the agency take care of implanting GAGANYAAN mission, where 3 c

Section: Astronomy & Space Sciences (Research Project)
Data driven Big Data Analytics for Resilient Smart Grid Event Management

The proposed project addresses a critical problem in modern power systems: the need for real-time event detection and intelligent automation in the presence of massive, diverse, and high-speed data generated across a wide-area smart grid. The Indian

Section: Engineering Sciences (Research Project)
Related: Data-driven Advanced Data-driven Advanced Management for Situational awareness in DER-rich partially Observable distribution Networks DAMSON Research Project › Engineering Sciences Achieving Decarbonisation Achieving Decarbonisation and Power Load Management through Smart Building Energy Management System: A model-free approach Research Project › Engineering Sciences Cyber-Resilient AI-based Cyber-Resilient AI-based Fault identification Techniques in power networks with INverter-baseD resources (CRAFT-IND) Research Project › Engineering Sciences EDGE-COMPUTING ASSISTED EDGE-COMPUTING ASSISTED BLOCK-CHAIN BASED CYBER RESILIENCY ENHANCEMENT OF INTEGRATED TRANSMISSION AND DISTRIBUTION SYSTEMS Research Project › Engineering Sciences
Friction Stir Additive Manufacturing Using Magnesium Alloy Wire for Successive Aerospace and Biomedical Applications

Additive manufacturing (AM) is referred as the most successive pillar of Industry 4.0. Metal AM primarily involves fusion and solid-state techniques. In fusion-based AM (laser, electron beam melting, laser-engineered net shaping, selective laser melt

Section: Engineering Sciences (Research Project)
Related: Affordable Metal Affordable Metal Matrix Composites Fabrication via Wire Arc Additive Manufacturing Research Project › Engineering Sciences Development of Development of shape memory hybrid composite-based micro robotic grip systems for various advanced applications Research Project › Engineering Sciences
Machine Learning-Assisted Modelling for Predicting Materials with Ultra-high Thermal Conductivity

The development of new materials having high thermal conductivity (k) is attracting researchers for a long time due to their pivotal role in thermal management techniques, including thermal interface, heat sink, active cooling, power electronics and

Section: Mathematical Sciences (Research Project)
Related: Machine Learning-Aided Machine Learning-Aided High-Throughput Discovery of High-Entropy Materials for Advanced Energy and Electronic Applications Research Project › Physical Sciences Inverse Designing Inverse Designing of High-Entropy Materials Using Data-Driven Machine Learning Approaches Research Project › Chemical Sciences Machine Learning Machine Learning Assisted Detection of Space Charge in Electric Vehicle Charging Cable Insulation Research Project › Engineering Sciences Advancing Lattice Advancing Lattice Thermal Conductivity Predictions in Complex Materials via a First-Principles based Rigid-Body Boltzmann Transport Framework Research Project › Physical Sciences Machine Learning Machine Learning Driven Atomistic Modeling and High Throughput Screening of Disordered Na-Ion Solid Electrolytes Research Project › Mathematical Sciences
Developing new chemical entities to promote gut regeneration to prevent anastomosis leaks and improve postoperative recovery

Intestinal anastomotic leakage, characterized by the release of non-sterile fluids and bacterial contents into the abdominal cavity, continues to be one of the most feared postoperative complications of abdominal surgery. The reported incidence and m

Section: Life Sciences & Biotechnology (Research Project)
Functional Catholyte for an Effective Way to Enhance the Solid-Solid Polysulfide Conversion Kinetics of Solid-State Li–S Batteries

The current Lithium-ion batteries (LIBs) deliver practical energy density of 150-296 Wh/kg (Tesla’s 4680) [1] However, challenges, high cost due to Cobalt, Nickel scarcity and safety concerns restrict high-performance applications. In this regard,

Section: Chemical Sciences (Research Project)
Related: Development of Development of Environmentally Sustainable, Grain-Oriented Single-Crystal-Like ABO₃ Piezoelectric Architectures for Next-Generation IoT Energy Harvesting Systems Research Project › Physical Sciences
Page
arrowtop
Latest Updates
Loading…
Recently added across the portal