BIOFLUID FLOW SIMULATION OF TISSUE ENGINEERING SCAFFOLDS WITH DENDRITE STRUCTURES

机译：枝晶结构组织工程支架的生物流体流动模拟

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Many materials and structures have been manufactured for bone tissue engineering via rapid prototyping. Computer aided design and manufacturing process can efficiently create products. However, bioscaffold evaluation takes a significant amount of time. In this investigation, biofluid flow in various dendrite bioscaffolds with the same porosity was simulated. The simulated models were four-, six-, eight-, and twelve-coordinate structures. The aspect ratio of the rods in the structures was adjusted to control porosity. Flow velocity in the spatial grids in the models was calculated through the finite element method.

机译：已经通过快速原型设计为骨组织工程制造了许多材料和结构。计算机辅助设计和制造过程可有效创建产品。然而，Bioscaffold评估需要大量的时间。在该研究中，模拟了具有相同孔隙率的各种树突式生物支腿的生物流体流动。模拟模型是四个，六个，八个和十二个坐标结构。调节结构中杆的纵横比以控制孔隙率。通过有限元方法计算模型中空间网格中的流速。

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《International conference on advanced ceramics and composites》|2013年||共5页
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Satoko Tasaki; Chiaki Maeda; Soshu Kirihara;
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中图分类生物材料学;
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3. Predicting permeability of regular tissue engineering scaffolds: scaling analysis of pore architecture, scaffold length, and fluid flow rate effects [J] . Rahbari A., Montazerian H., Davoodi E., Computer methods in biomechanics and biomedical engineering . 2017,第1a4期

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4. BIOFLUID FLOW SIMULATION OF TISSUE ENGINEERING SCAFFOLDS WITH DENDRITE STRUCTURES [C] . Satoko Tasaki, Chiaki Maeda, Soshu Kirihara International conference on advanced ceramics and composites . 2013

机译：枝晶结构组织工程支架的生物流体流动模拟
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BIOFLUID FLOW SIMULATION OF TISSUE ENGINEERING SCAFFOLDS WITH DENDRITE STRUCTURES

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