3篇
您的检索式：作者名="Feng Jiling"
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| 1 | Stress analysis and stability analysis on doubly-telescopic prop of hydraulic support显示文摘 | Wang Xuewen Yang Zhaojian Feng Jiling | 2013 | Eng Failure Anal2013，32，： | 1 |
| 2 | Catalytic Synthesis of Polymethyl Methacrylate by Mixed Ligand Schiff Base Lanthanocene Complexes显示文摘 | Yousaf MUHAMMAD 1, HUANG Jiling 1, FENG Zuofeng 1, QIAN Yanlong 1, SUN Junquan 2, PAN Zhida 2(1 Laboratory of Organometallic Chemistry, East China University of Science and Technology, Shanghai 200237, China 2 Material and Chemical Engineering Co | 2000 | 催化学报2000，21，4： | 0 |
| 3 | Circumferential variation in mechanical characteristics of porcine descending aorta显示文摘Arterial characterization of healthy descending thoracic aorta(DTA)is indispensable in determining stress distributions across wall thickness and different regions that may be responsible for aorta inhomogeneous dilation,rupture,and dissection when aneurysm occurs.Few studies have shown the inhomogeneity of DTA along the aorta tree considering changes in circumferential direction.The present study aims to clarify the circumferential regional characterization of DTA.Porcine DTA tissues were tested according to region and orientation using uniaxial tension.For axial test,results show that the difference in circumferential direction was mainly in collagen fiber modulus,where the anterior collagen fiber modulus was significantly lower than the posterior quadrant.For circumferential test,the difference in circumferential direction was mainly in the recruitment parameter,where the circumferential stiffness is significantly higher in the posterior region at physiological maximum stress.The proximal posterior quadrant and left quadrant showed significantly lower axial collagen fiber stiffness than the right and anterior quadrants,which may be a factor in aneurysm development.Furthermore,the constitutive parameters for similar detailed regions can be used by biomedical engineers to investigate improved therapies and thoroughly understand the initial stage of aneurysm development.The regional collagen fiber modulus can help improve our understanding of the mechanisms of arterial dilation and aortic dissection. | LINGFENG CHEN ZHIPENG GAO BAIMEI LIU YING LV MEIWEN AN JILING FENG | 2018 | BIOCELL2018，42，1： | 0 |
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