In order to improve the?accuracy of operation process of?needle?puncture in?virtual?operation ,we complete finite element?simulation?of ?the?typical soft tissue --liver?puncture, based on the?experimental data?and result of ?puncture real?soft tissue. Because of?the diversity?of human tissue, and the complexity of?the biomechanical properties from?soft tissues, according to the comprehensive?consideration of the material and the?mechanical properties of the soft?tissue, in this paper, we abstracted the?liver parenchyma as Mooney-Rivlin?materials, combining with deformation mechanism of ?soft tissue by stress, complete contrasting between real experiment?and simulation?based on MATLAB. It can be seen in the comparison of the curve, stress-strain curve from simulation results by ANSYS is similar with the?real data. It verify ?the effectiveness and ?the feasibility for liver puncture experiment by finite element simulation.
ZHOU Ning
,
YANG Fan
,
SHI Ya-song
,
CHEN Fei
,
WANG Guang-lei
,
LIU Xiu-ling
. Physical modeling and finite element simulation of liver biopsy based on ANSYS[J]. Journal of Hebei University(Natural Science Edition), 2015
, 35(2)
: 188
-192
.
DOI: 10.3969/j.issn.1000-1565.2015.02.014
[1] 冯元祯．生物力学：活组织的力学特性[M]．戴克刚，鞠烽炽译．长沙，湖南科学技术出版社，1986： 23—24.
Feng Yuanzhen．Biomechanics：The mechanical properties of living tissue[M]．Dai Kegang，Ju Kengchi．Chang Sha，Hunan Science and Technology Publishing House，1986： 23—24.
[2] DIMAIO．S．P， SALCUDEAN．S．E．Needle insertion modelin gand simulation，IEEE Trans．on Robotics and Automation， 2003，V01．19，No．5，864—875.
[3] DIMAIO．S．P，SALCUDEAN．S．E．Interactive simulation of needle insertion Models．IEEE Trans．on Biomedical Engineering．2005．V01．52(7)：1167—1179.
[4] DIMAIO．S．P．Model l ing，Simulation and Planning of Needle Motion in Soft Tissues[Dissertation]．The university of british Columbia．Doctor of Philosophy．2003.pp．44—46.
[5] 陈栋. 虚拟手术中软组织物理模型的建立及变形算法研究[D].保定：河北大学，2010.
Chen Dong. Establishment of soft tissue virtual physical model and research about deformation algorithm [D].Bao Ding：Hebei University，2010.
[6] HONG M, JUNG S, CHOI M.H, WELCH S.J.. Fast volume preservation for a Mass-Spring system. IEEE Computer Graphics and Applications. 2006, 26(5): 83-91.
[7] 时党勇，李裕春，张胜民.基于ANSYS_LS-DYNA 8.1进行显式动力分析[M].北京，清华大学出版社，2005.
Shi Dangyong，Li Yuchun，Zhang Shengmin. Explicit dynamic analysis based on ANSYS_LS – DYNA 8.1[M].Bei Jing，Tsinghua University Press，2005.
[8] 李裕春.ANSYS_11.0∕LS-DYNA基础理论与工程实践[M].北京，水利水电出版社，2008.
Li Yuchun. Theory and engineering practice based on ANSYS_11. 0 / LS-DYNA[M]. Bei Jing，Water Power Press，2008.
[9] DIMAIO．S．P，SALCUDEAN．S．E,E.Interactive simulation of needle insertion models [J]. IEEE Transactions on Biomedical Engineering,2005,52(7):1167-1179.
[10] 刘明. 面向穿刺活检的典型生物组织力学特性研究[D].济南：山东大学，2012.
Liu Ming. Research about biopsy mechanical properties for puncture typical biological tissue[D].Ji Nan：Shandong University ，2012.
