Simulated Blood Flow: 1D Arterial Network

This dataset provides simulated hemodynamic data for 100 healthy virtual patients, generated using a 1-Dimensional (1D) computational model of the arterial network. 1D modeling is a computationally efficient method for simulating blood flow and pressure wave propagation throughout the human arterial tree. It is widely used in cardiovascular research to study wave dynamics, pulse wave velocity (PWV), and the interaction between cardiac output and vascular properties without the high computational cost of 3D CFD simulations.