首页> 外文会议>Society for Biomaterials Transaction Annual Meeting vol.29 pt.1; 20060426-29; Pittsburgh,PA(US) >Polymerization Fronts, Mechanical Constraint and Shrinkage Induced Residual Stresses in Bone Cement A one-dimensional coupled thermal-kinetics-viscoelastic model of in-situ polymerization
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Polymerization Fronts, Mechanical Constraint and Shrinkage Induced Residual Stresses in Bone Cement A one-dimensional coupled thermal-kinetics-viscoelastic model of in-situ polymerization

机译:骨水泥中的聚合前沿,机械约束和收缩引起的残余应力一个原位聚合的一维热力学-粘弹性耦合模型

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摘要

These results demonstrate that polymerization is highly complex and can give rise to high local residual strain energy and residual stresses. These effects may be a source of void nucleation and may explain interfacial porosity formation and cement fracture.
机译:这些结果证明聚合是高度复杂的,并且可以引起高的局部残余应变能和残余应力。这些影响可能是空隙成核的原因,并且可以解释界面孔隙的形成和水泥的破裂。

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