Physiological Dynamic Blood Flow Simulation for Traumatic Aortic Rupture

The patent divides the complex cardio-aortic system into separate functional modules: a blood flow simulation module that models dynamic blood flow characteristics, a collision load module that applies external forces, and a trauma prediction module that integrates these elements. This segmentation allows each module to be developed and validated independently while maintaining overall system accuracy.

The patent introduces a blood flow simulation module as an intermediary component that bridges the gap between static anatomical models and dynamic trauma analysis. This intermediary module captures the physiological blood flow characteristics and transmits their effects to the trauma prediction system, enabling accurate TRA research without requiring the entire system to be overly complex.

The patent creates a virtual digital model that copies the essential physiological characteristics of the cardio-aortic system without requiring physical construction of complex anatomical structures. The blood flow simulation module uses computational algorithms to replicate dynamic blood flow patterns, eliminating the need for manufacturing complex physical models while maintaining high simulation accuracy.

The patent employs parameter-based modeling where physiological characteristics are represented through adjustable parameters (flow rates, pressure gradients, vessel compliance) rather than fixed geometric structures. This allows the model to be constructed and modified through software parameter settings rather than complex manufacturing processes, significantly improving ease of implementation while maintaining accuracy.