2020
DOI: 10.33448/rsd-v9i8.5119
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Comportamento da madeira de Ingá (Inga edulis Mart) frente a ensaios de usinagem

Abstract: A madeira possui diferentes usos, como, construção civil, móveis, produção de polpa celulósica e papel e geração de energia. Nesse contexto, é crucial a avaliação de diversas propriedades de madeiras, a fim de descobrir as potencialidades de uso no segmento madeireiro. Esta pesquisa teve o objetivo de investigar a usinagem da madeira de Ingá (Inga edulis Mart). A Madeira analisada foi obtida de árvores oriundas de desbastes da arborização de vias públicas do campus de Seropédica da Universidade Federal Rural d… Show more

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“…Wood properties such as the presence of abrasive mineral deposits inside the cells, resin content, porosity, fiber dimensions, grain orientation, presence of knots, moisture content and density act as influencing factors on the energy expenditure during the material cutting process (Koch, 1964;Axelsson et al, 1993;Porankiewicz et al, 2008;Goli et al, 2009;Cristóvão et al, 2012;Chuchala et al, 2013;Delatorre et al, 2020). In addition to the factors inherent to the wood, cutting speed, feed speed and number of tooth in the tool can also influence the energy required for cutting (Gorczyca, 1987;Rodrigues & Coelho, 2007).…”
Section: Introductionmentioning
confidence: 99%
“…Wood properties such as the presence of abrasive mineral deposits inside the cells, resin content, porosity, fiber dimensions, grain orientation, presence of knots, moisture content and density act as influencing factors on the energy expenditure during the material cutting process (Koch, 1964;Axelsson et al, 1993;Porankiewicz et al, 2008;Goli et al, 2009;Cristóvão et al, 2012;Chuchala et al, 2013;Delatorre et al, 2020). In addition to the factors inherent to the wood, cutting speed, feed speed and number of tooth in the tool can also influence the energy required for cutting (Gorczyca, 1987;Rodrigues & Coelho, 2007).…”
Section: Introductionmentioning
confidence: 99%