Comparative heat transfer analysis of Fe
3
O
4
/Graphene-water hybrid nanofluid in unsteady hydrodynamic Lapwood-Brinkmann Forchheimer medium over a curved elongating region
K. R. Roopa, P. A. Dinesh, Sweeti Yadav, C. Vinay, Chitirala Subrahmanyam
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Informing energy policy, innovation and application through a critical analysis of deployment potential, the International Journal of Ambient Energy publishes high quality innovative energy research that demonstrates the potential for carbon reductions in real-world applications. The Journal reports original research, review papers, book reviews, applications and case-studies on all areas of this subject, including nuclear, hydroelectric, wind, biomass, solar, photovoltaic, tidal, wave and geothermal power. A critical analysis of theoretical and practical research facilitates a greater understanding of its potential use in alternative applications, use in different regions and ultimately greater acceptance in practice. The Journal conducts rigorous single-blind peer review by both regional and international experts. With a unique combination of innovation and application, the International Journal of Ambient Energy aims to be an important reference source in new energy technology development.
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