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首页> 外文会议>AIChE Annual Meeting >Techniques for Hierarchical Bio-Inspired Vascular Networks: Electrohydrodynamic Viscous Fingering and Electrical Treeing
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Techniques for Hierarchical Bio-Inspired Vascular Networks: Electrohydrodynamic Viscous Fingering and Electrical Treeing

机译：分层生物启发血管网络的技术：电流动力学粘性指法和电气曲线

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Vascular networks provicde a method to distributc fluid throughout a system. Artificial vascular malerials with enhanced properties are being developed that could ultimately be integrated into systems reliant upon fluid transport while retaining their structural properties. An uninterrupted and controllable supply of liquid is optimal for many applications such as continual self-healing materials, in-situ delivery of optically index matched fluids, termal management (sweating) and drug delivery systems could benefit from a bio-inspired vascular approach that combines complex network geometries with minimal processing parameters. Two such approaches to induce vascular networks whilst mimicking nature's design are electrohydrodynamic viscous fingering (EHVF) and electrjcal treeing (ET).
机译：血管网络概述在整个系统中分配流体的方法。正在开发具有增强性能的人工血管亚耳醛，其最终可能最终集成到依赖于流体运输时的系统，同时保持其结构性能。对于诸如持续的自愈材料等许多应用，诸如持续的自我愈合材料的许多应用，光学指标匹配的流体的原位递送，间接管理（出汗）和药物递送系统可能受益于结合的生物启发血管方法复杂的网络几何，具有最小处理参数。诱导血管网络的两种方法，同时模仿大自然的设计是电流动力粘性指法（EHVF）和Electriccal树（ET）。

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