Bibliometrix applied to computational simulation for wind generator
DOI:
https://doi.org/10.21712/lajer.2024.v11.n2.p119-134Palavras-chave:
bibliometria, turbina eólica, estudo numérico, otimização aerodinâmica, energia renovávelResumo
Este estudo apresenta uma análise bibliométrica abrangente das simulações computacionais em projetos de turbinas eólicas, abordando seu papel crucial em meio à crescente demanda por energia renovável e otimização de projetos de engenharia. O objetivo principal é discernir tendências, áreas de foco e redes de colaboração global.
Utilizando as bases de dados Scopus e Web of Science, com apoio da CAPES, todas as publicações pertinentes sobre simulações computacionais em projetos de turbinas eólicas foram escrutinadas. As métricas bibliométricas foram analisadas usando a biblioteca bibliometrix no R.
Os achados revelam um aumento nas publicações desde 2022, particularmente em otimização aerodinâmica e projetos offshore. Os principais contribuintes são universidades e centros de pesquisa na Europa, América do Norte e, destacadamente, na China. As redes de coautoria ressaltam colaborações significativas entre instituições acadêmicas globais. Termos-chave como "modelagem computacional", "CFD (Dinâmica dos Fluidos Computacional)" e "turbina eólica" predominam na literatura.
A análise confirma a crescente importância das simulações computacionais em projetos de turbinas eólicas, sublinhada pelo aumento nas publicações e parcerias internacionais. A integração de tecnologias emergentes como inteligência artificial e aprendizado de máquina nas práticas de mercado é evidente. Este estudo serve como um recurso fundamental para futuros pesquisadores e stakeholders da indústria, identificando avenidas promissoras e áreas que necessitam de maior exploração.
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