面向医学应用的血流动力学仿真(Ⅲ)：血流动力学仿真研究的前景展望

he in-depth research directions about the state-of-the-art research projects such as the transient fluid-structure interaction in the cardiovascular system, three dimensional reconstruction and numerical simulation of patient-specific arterial models, experimental platform for hemodynamics visualization and the collaborative virtual reality system, etc. as well as other problems such as mechanobiology, multi-scale blood flow, aeronautic and astronautic biomechanics, sports biomechanics, transient flow with variable boundary conditions, biomechanics in traditional Chinese medicine, etc. were proposed. It is a new lifeful direction for the hemodynamics study to well utilize the advantages of modern information technology, and form an integrated, advanced inter-discipline research and development field.