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Mechanical, rheological, fatigue, and degradation behavior of PLLA, PGLA and PDGLA as materials for vascular implants

机译：PLLA，PGLA和PDGLA作为血管植入物的材料的机械，流变，疲劳和降解行为

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1. Mechanical, rheological, fatigue, and degradation behavior of PLLA, PGLA and PDGLA as materials for vascular implants [J] . Magdalena Bartkowiak-Jowsa, Romuald Będziński, Anna Kozłowska, Meccanica . 2013,第3期

机译：PLLA，PGLA和PDGLA作为血管植入物的材料的机械，流变，疲劳和降解行为
2. Mechanical, rheological, fatigue, and degradation behavior of PLLA, PGLA and PDGLA as materials for vascular implants [J] . Magdalena Bartkowiak-Jowsa, Romuald Bedziński, Anna Koz?owska, Meccanica: Journal of the Italian Association of Theoretical and Applied Mechanics . 2013,第3期

机译：PLLA，PGLA和PDGLA作为血管植入物的材料的机械，流变，疲劳和降解性能
3. The Mechanical Behaviors of Various Dental Implant Materials under Fatigue [J] . Fatma Bayata, Cengiz Yildiz Advances in materials science and engineering . 2018,第1期

机译：各种种植牙材料在疲劳下的力学行为
4. Degradation behaviors of PGLA microspheres with different size [C] . Suong-Hyu Hyun, Do-Hoon Kim International symposium on controlled release of bioactive materials;Consumer and diversified products conference . 2000

机译：不同粒径的PGLA微球的降解行为
5. Experimental aspects and mechanical modeling paradigms for the prediction of degradation and failure in nanocomposite materials subjected to fatigue loading conditions. [D] . Averett, Rodney D. 2008

机译：用于预测纳米复合材料在疲劳载荷条件下的降解和失效的实验方面和力学建模范例。
6. Fatigue and quasi‐static mechanical behavior of bio‐degradable porous biomaterials based on magnesium alloys [O] . R. Hedayati, S. M. Ahmadi, K. Lietaert, -1

机译：基于镁合金的可生物降解的多孔生物材料的疲劳和准静态力学行为
7. Fatigue and quasi-static mechanical behavior of bio-degradable porous biomaterials based on magnesium alloys [O] . R. Hedayati, S. M. Ahmadi, K. Lietaert, 2018

机译：基于镁合金的生物降解多孔生物材料的疲劳和准静态力学行为
8. Probabilistic Material Strength Degradation Model for Inconel 718 ComponentsSubjected to High Temperature, High-Cycle and Low-Cycle Mechanical Fatigue, Creep and Thermal Fatigue Effects [R] . 1995

机译：Inconel 718组件的概率材料强度退化模型受高温，高循环和低循环机械疲劳，蠕变和热疲劳影响

Mechanical, rheological, fatigue, and degradation behavior of PLLA, PGLA and PDGLA as materials for vascular implants

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