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Continuous connection of two adjacent pipe parts defined by line, bezier and hermit center curves

机译:连续连接由线,Bezier和Hermit Centr曲线定义的两个相邻的管部件

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A shape of pipe part consist of the longitudinal and cross section boundary curve. Also, it can be defined by only its center curve of the pipe. To build a complete pipe, we can connect continually the pipe parts. This paper discuss about continuous connection of two adjacent pipe parts that are defined by line, Bezier and Hermit curves. The method is as follows, we join continually two adjacent center curves of the pipe parts and then by using the same formulae, we define its coincidence cross section boundary curves of the pipes. Finally, the joining of the longitudinal section boundary curves of the pipe parts can be done. The results of this study show that we can evaluate the joint continuity between two adjacent pipe parts defined by line, Bezier and Hermit curves, using the various forms of its center and cross-longitudinal section boundary curves.
机译:管部的形状由纵向和横截面边界曲线组成。此外,它可以仅由其管道的中心曲线定义。要构建一个完整的管道,我们可以连续连接管部件。本文讨论了由线,Bezier和隐士曲线定义的两个相邻管道部件的连续连接。该方法如下,我们连续地连接两个相邻的管部曲线,然后通过使用相同的公式,我们定义其符合管道的巧合横截面边界曲线。最后,可以完成管部的纵向截面边界曲线的连接。本研究的结果表明,我们可以使用各种形式的其中心和交叉纵向截面边界曲线来评估由线,贝塞尔和隐士曲线定义的两个相邻管道部分之间的关​​节连续性。

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