Cylinder Geometry Modeling in Some Macro and Microstructures in Nature

Abstract

Our study has shown that the micro and macro morphological structures of some living tissues
have different geometric models, and that these microstructures can be defined numerically and shown with
formulas. In the study, information on the subject in the literature was obtained in the evaluation of micro
and macro structures within the geometric framework. As a result of our research, we found that the some
macro and micro structures whose microscopic structures we examined with help microscopy of plants has
cylinder geometric models. A cylinder (from Ancient Greek κύλινδρος (kúlindros) 'roller, tumbler') has
traditionally been a three-dimensional solid, one of the most basic of curvilinear geometric shapes. In
elementary geometry, it is considered a prism with a circle as its base. The geometric structures related to
these geometric models, microscopic photographs showing their micro structures and the formulas of the
numerical properties of these structures are given in the study. Most living materials in nature have a
geometric model. The geometric shapes of these structures, their positions of coming together, the areas
they cover, and their durability affect the functionality of their entirety. With this study, we tried to
determine the geometric modeling of some living structures that we see around us and share our planet
with. The method we applied was done by identifying geometric models or shapes that most closely
resemble the actual shape of the micro and macro structures. At the same time, literature information from
similar studies was also used. On the other hand, literature information about the geometric models and
mathematical formulas of these micro and macro structures was evaluated. In addition, the structures of the
geometric models obtained from these definitions were shown with figures. As a result, we were to detect
cylinder geometric models the macro and microstructures of some plant tissues.