福建林学院学报Issue(2)：189-192,4.
基于分形几何的木材超微构造美学图案设计与应用
Design and application of wood structure aesthetic patterns from ultramicroscopic structure of wood based on fractal geometry
摘要
Abstract
In order to explore the research methods and unearth the utilization value of wood aesthetics , taking Sweet Osmanthus wood as example, firstly, its scanning electron microscope (SEM) structure was analyzed in the present paper .Then, based on the results of structural study , aesthetic pattern creation from ultramicroscopic structure of Sweet Osmanthus wood was carried out by means of fractal geometry , and application of such patterns was preliminarily explored .The results showed that many structural features with important aesthetic value existed in SEM structure of wood , such as pits and spiral thickenings on the wall of vessel elements and extractives in the cell cavities of parenchyma tissues , which could be used as the source materials of aesthetic pattern design.Using fractal design software , it is possible to create fractal patterns of wood structure from anatomical structure images of wood.Such fractal patterns of wood structure come from the nature but go beyond the nature , possess unique aesthetic effects , and can be used in design of interior and exterior decoration as well as decoration of articles of daily use .Fractal geometry could be expected to provide a new approach for wood esthetic pattern design .关键词
桂花木/超微构造/分形几何/美学图案设计Key words
Sweet Osmanthus wood/ultramicroscopic structure/fractal geometry/aesthetic pattern design分类
轻工业引用本文复制引用
郑义海,罗建举..基于分形几何的木材超微构造美学图案设计与应用[J].福建林学院学报,2014,(2):189-192,4.基金项目
广西科技厅项目（桂科攻10100022-25）。 （）
