首页> 外文会议>2010 International Forum on Biomedical Textile Materials(2010国际纺织生物医用论坛) >Characterization and Regression Equation Modelization for Pores of a Netty Structured Scaffold Reinforcement for Manmade Tendon
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Characterization and Regression Equation Modelization for Pores of a Netty Structured Scaffold Reinforcement for Manmade Tendon

机译:人工腱的网状结构脚手架孔的表征和回归方程建模

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摘要

The pore size of manmade tendon scaffold has a greatinfluence on its mechanical properties. A netty flat fabric of the same structure with the reinforcing body of tendon scaffold was made using PET yarns and the pores was characterized via Matlab imagery, grid method on Photoshop and paperweighting method. A regression equation was modelized to reveal the relationship of the porosity and stitch parameters, which derived that the number of mesh pillars was linear correlation with the porosity.
机译:人造肌腱支架的孔径对其机械性能影响很大。用PET纱线制成与肌腱支架增强体结构相同的网状平织物,并通过Matlab图像,Photoshop上的网格方法和纸张加重方法对孔进行表征。对回归方程进行建模以揭示孔隙度和针迹参数之间的关系,从而得出网状柱的数量与孔隙率呈线性关系。

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