Revolutionizing Energy Storage: Tomorrow's Advances in 3D Printing - Saritha, Dr. D.;Sujithra, Dr. R.
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Additive manufacturing, considered an advanced production method, has transformed the creation of highly functional prototypes, overcoming limitations of traditional engineering approaches in achieving innovation, profitability, and industrial-scale production. The escalating global population, contemporary lifestyles, and resource constraints underscore the urgent need for reliable energy sources. In response, additive manufacturing emerges as a solution for producing 3D energy storage devices with maintained functional characteristics like surface area and conductivity. The development of…mehr

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Produktbeschreibung
Additive manufacturing, considered an advanced production method, has transformed the creation of highly functional prototypes, overcoming limitations of traditional engineering approaches in achieving innovation, profitability, and industrial-scale production. The escalating global population, contemporary lifestyles, and resource constraints underscore the urgent need for reliable energy sources. In response, additive manufacturing emerges as a solution for producing 3D energy storage devices with maintained functional characteristics like surface area and conductivity. The development of future-generation energy devices requires dedicated nanostructures with predictable engineering measures, and accurate 3D printing proves instrumental in producing effective three-dimensional nanomaterials for optimal performance.
Autorenporträt
Dr. D. Saritha holds the position of associate professor in the Dept of Chemistry at Chaitanya Bharathi Institute of Technology, Hyderabad. Dr. R. Sujithra is an assistant professor in the Dept of Mechanical Engineering at Motilal Nehru National Institute of Technology. The authors both earned their Ph.D. degrees from IITM.