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首页> 外文会议>International Conference on Processing amp; Manufacturing of Advanced Materials Pt.4; Jul 7-11, 2003; Leganes, Madrid, Spain >AN INTEGRATED METHOD FOR EVALUATING THE MECHANICAL INTEGRITY OF BIOMATERIALS IN-SITU
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AN INTEGRATED METHOD FOR EVALUATING THE MECHANICAL INTEGRITY OF BIOMATERIALS IN-SITU

机译：原位评估生物材料力学完整性的综合方法

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摘要

In this study, an integrated material evaluation method was developed allowing simultaneous consideration of both the mechanical properties and material structures. This method also permits measurements of nonlinear and time-dependent characteristics of a material. With the experimentally measured transient stresses and strains, the complex modulus of the testing material can be determined directly and instantaneously. Because the complex modulus contains not only the mechanical properties (magnitude of the modulus curves) but also the material characteristics (shape of the modulus curves), this method provides integrated considerations of the mechanical properties and the material characteristics in a real-time and in-situ manner. With these capabilities, changes in both the mechanical integrity and material structure can be correlated repeatedly during the material's formation, aggregation, or assembly processes.
机译：在这项研究中，开发了一种综合的材料评估方法，可以同时考虑机械性能和材料结构。该方法还允许测量材料的非线性和随时间变化的特性。通过实验测得的瞬态应力和应变，可以直接并立即确定测试材料的复数模量。因为复数模量不仅包含机械性能（模量曲线的幅度），而且还包含材料特性（模量曲线的形状），所以该方法可以实时，实时地综合考虑机械性能和材料特性。原位方式。借助这些功能，可以在材料的形成，聚集或组装过程中反复关联机械完整性和材料结构的变化。

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