The present invention describes a low-cost, high-temperature gripper designed for polymer testing.

This innovative structural system is designed for applications such as Floating Solar Power Plants (FSPV), floating shades, floating water treatment plants, and floating aerators.

The ejector assisted absorption-resorption cycle for cooling applications presents an innovative solution to enhance the efficiency of heat-driven cooling systems.

Flow assurance in waxy crude oil pipelines is challenging due to gelation at low temperatures. This study introduces a novel method for measuring gelation temperature using the evolution of normal force in a rheometer geometry.

This invention introduces a method for synthesizing bio-derived carbon from Tamarindus Indica seeds and its composite with sodium titanates (NTO) for use as anodes in sodium-ion batteries (SIBs).

The Ejector Assisted Compression-Absorption-Resorption (ECAR) cooling cycle presents an innovative solution to address the escalating energy demand and CO₂ emissions from traditional refrigeration and air conditioning systems.

This invention presents a novel flow field design with a flow divider for a fuel cell stack.

This invention relates to a method for achieving uniform temperature distribution within a battery module, particularly for 18650 Li-ion batteries in electric vehicles (EVs).

The invention proposes a new method for producing pouch cell housings used in batteries, particularly for electric vehicles and other electronic devices.

This invention describes a new method for creating a thin layer of carbon-coated silicon-silicon carbide (Si-SiC@C) from black rice husk ash (BRHA) for use in rechargeable batteries, particularly lithium-ion batteries.