2016
DOI: 10.21829/myb.2010.1621174
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A general sectional volume equation for classical geometries of tree stem

Abstract: This work refers to the classical theory of tree stem form. It shows the derivation of a general sectional volume equation for frustums of solids of revolution generated by the function y 2 = p n x n where, p n is a positive constant, and n any positive integer. The cylinder case presents a singular situation because of its sectional volume equation cannot be defined for n = 0 as it is known for the generating function. However, that geometry is implicit as a trivial solution of the derived equation. The known… Show more

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