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Development of a Sustainable Low Carbon Biofuel-Powered LTC Engine for Hybrid Electric Passenger Vehicles

The increasing production and use of passenger cars globally result in higher emissions of harmful substances like UBHC, CO, NOx, and smoke from conventional fossil fuel-powered vehicles. Stringent emission regulations have been implemented in the au

Design and development of shape memory polymer based 4D printing technology for programmable actuation applications

The project focuses on the development of 4D printed parts using Shape Memory Polymer (SMP) materials for actuators and sensors applications. It uses material extrusion technique to create these parts, while the DLP technique is used for soft robotic

Metabolic engineering of rapid-growing cyanobacteria for farnesene production and its scaleup studies

Advancements in synthetic biology tools for the photosynthetic production of advanced biofuels by metabolically engineered cyanobacteria have been the point of attention of many researchers in recent years [1]. Everyone is aware of the negative impac

A 3D holography-based digital twin technology has been developed for induction motors to enable predictive maintenance and real-time performance monitoring. The prototype has been successfully tested in a laboratory environment, and efforts are underway to demonstrate its functionality and reliability in operational industrial settings.

Electrical and electrochemical modelling for routine, non-destructive testing of cathodic protection systems in reinforced concrete structures

Cathodic protection (CP) systems with galvanic anodes have gained popularity in concrete repair industry as an electrochemical repair treatment to arrest the corrosion of steel and extend the service life of the structures. The currently used inspect

Assessment of chromium contents in different sugarcane varieties in tannery effluent polluted soils in Vellore District and management strategies

Importance of the project in context of current status Leather industry makes a significant contribution to India’s foreign exchange earnings and employs about three million people. Tannery effluents, being voluminous and highly contaminated, when

Feasibility study on the inhibition of pyrite sulfur oxidation in coal and overburden materials for management of acid mine drainage

Pyrite (Fes2) sulfur is one of the most abundant and widespread distributed sulfide minerals on our planet. This pyrite plays a very important role in geological formation, geochemistry, biology, and environmental processes. Pyrite is frequently asso

External magnetic field-assisted electrochemical water splitting reactor using a flexible electrode of Mo2TiC2Tx and WO3 nanorod heterostructures

The research aims to develop a highly efficient electrochemical water-splitting reactor using nanoscale materials deposited on working electrodes and an external magnetic field. Electrochemical water splitting is a critical step towards fulfilling fu

External magnetic field-assisted electrochemical water splitting reactor using a flexible electrode of Mo2TiC2Tx and WO3 nanorod heterostructures

The research aims to develop a highly efficient electrochemical water-splitting reactor using nanoscale materials deposited on working electrodes and an external magnetic field. Electrochemical water splitting is a critical step towards fulfilling fu

Feasibility study on the inhibition of pyrite sulfur oxidation in coal and overburden materials for management of acid mine drainage

Pyrite (FeS2) sulfur is one of the most abundant and widespread distributed sulfide minerals on our planet. This pyrite plays a very important role in geological formation, geochemistry, biology, and environmental processes. Pyrite is frequently asso