Search

Design, Development, Theoretical and Experimental Study of Smart Tribological Coatings for Space Applications

Tribo-systems used in Lunar rovers and robots face extreme environments, including high temperatures, vacuum pressure, and regolith dust. To reduce tribological failures and increase service life, researchers have developed smart materials and coatin

Development and characterization of environment safe Cd free quantum dots in glass matrix for solar panels

Development and characterization of novel bioresorbable zinc alloys for biomedical applications

Metallic materials like stainless steel, cobalt-chrome, and titanium-based alloys are crucial in orthopedic surgery. Degradable metals like Mg magnesium, Fe iron, Zn zinc, and Mn manganese are being researched for biomedical applications. This projec

Development of Al-Ni-RE Alloys for High Temperature and Tribological Applications

The project aims to develop a diagnostic test system for Hemorrhagic fever with renal syndrome (HFRS), a common viral disease in India. The project involves the design of nucleocapsid and glycoprotein peptides containing immunodominant epitopes again

Development of an Integrated Metal Additive and Formative Manufacturing System to Enhance Product Complexity and Properties

Development of an Open Source Solidification/Melting Platform – OpenSol

Almost all manufactured components both metallic and non-metallic materials are processed from their liquid state. The end properties in solidified products are linked with the structure and defects generated during the progress of solidification. Ph

Development of antiviral and antimicrobial textile based Personal Protective Equipment PPE using polymer nanocomposites with metal and metal oxide nanoparticles immobilized proteolytic enzymes

The project aims to create super hydrophobic antiviral and antimicrobial hybrid nanocoatings on fiber-based PPEs, particularly protective masks and gowns made of polypropylene. The project will use nanoparticles and enzymes with proven antiviral and

Development of composite materials with low flammability based on epoxy resins and nanoscale organic-inorganic hardeners

The project aims to address the insufficient synthetic development of phosphazene chemistry due to specificity, high functionality, side reactions, and difficulties in isolation, purification, and interpretation. It plans to develop methods for new c

Development of cost-effective metal-free nanocarbon based phase fluorometric optical dissolved oxygen sensor

This research proposal aims to develop a cost-effective, indigenous, metal-free, nanocarbon-based phase fluorometric optical technique for the sensing of dissolved oxygen. The approach involves synthesizing and characterizing phosphorescent nanocarbo

Development of hierarchical nonwoven structures from cotton fibrous wastes for oil spill cleanup applications

The proposed project aims to create nonwoven structures from cotton fibrous wastes, develop hierarchical structures onto these fabrics, characterize their superhydrophobic properties, prepare oil-in-water emulsions, and study their stability. The pro