Fractal models of circulatory system. Symmetrical and asymmetrical approach comparison

Symmetrical and asymmetrical tree—like structures of arterial systems have been the central point of experimental and theoretical investigation. Blood vessel models have been generated according to morphology and structural properties, such as segment radii and lengths, branching angle and their relation to segment diameter. Tree generation is performed by successively adding segments, straight cylindrical tubes, so that certain structural and geometrical constraints are fulfilled at each stage of construction. The various numbers of morphological parameters have been tested for symmetrical and asymmetrical trees. Influence of asymmetry on creation circulatory system has been explored. Blood flow analysis through asymmetrical vessel models will be a subject to further investigation described in following paper.