Geometric Modeling For Calculating Volume And Surface Area For Some Microstructures
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Keywords:
Geometric Modeling, Microstructure, Mathematical FormulasAbstract
Most living and non-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. Microstructures are formed within these geometric units, which are found in
many living and non-living materials, as well as in tissue samples that form this complex material. They
control and greatly assist the best and most efficient continuation of these geometric features of
microstructures with geometric parts. With this study, we tried to determine the geometric modeling of
some 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 microstructures.
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 microstructures was evaluated.
In addition, the structures of the geometric models obtained from these definitions were shown with figures.
As a result, we were able to detect the plant tissues whose microscopic structures we examined, having
geometric models such as prolate spheroid (Longitudinally spherical, Prolate spherical), ellipsoid, cylinder
2 hemispheres (Combination of the cylinder and two hemispheres).
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