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
La dott.ssa D. Saritha è professore associato presso il Dipartimento di Chimica del Chaitanya Bharathi Institute of Technology di Hyderabad. I suoi studi di dottorato sono stati completati presso l'Indian Institute of Technology Madras e possiede competenze sia nella produzione additiva che nella scienza dei materiali.