机译:组织粘弹性与组织组合物有关,但可能无法完全预测人小梁骨中的表观水平粘弹性 - 实验和有限元研究
Department of Applied Physics University of Eastern Finland;
Department of Applied Physics University of Eastern Finland;
Department of Applied Physics University of Eastern Finland;
Department of Biomedical Engineering Lund University;
Department of Applied Physics University of Eastern Finland;
SIB Labs University of Eastern Finland;
Department of Biomedical Engineering Lund University;
Department of Physical Therapy Bispebjerg Hospital;
Institute of Sports Medicine Department of Orthopaedic Surgery M Bispebjerg Hospital and Center;
Department of Applied Physics University of Eastern Finland;
Department of Applied Physics University of Eastern Finland;
Department of Applied Physics University of Eastern Finland;
Trabecular bone; Viscoelasticity; Composition; Collagen crosslink; Finite element modeling;
机译:组织粘弹性与组织组合物有关,但可能无法完全预测人小梁骨中的表观水平粘弹性 - 实验和有限元研究
机译:小梁骨的孔隙粘弹性特性:基于计算机断层扫描的有限元研究
机译:弹性/粘弹性横向于各向同性骨板的计算分散曲线与软组织和骨髓使用半分析有限元(安全)法
机译:人耳的有限元建模考虑软组织的高痉挛性和粘弹性性能
机译:低骨小梁密度何时以及为什么在人体内演变?骨密度的比较和实验研究。
机译:通过胶原蛋白的水扩散系数的实验研究:人小梁骨组织中的磷灰石孔隙率
机译:组织粘弹性与组织组合物有关,但可能无法完全预测人的小梁骨中的表观水平粘弹性 - 一种实验和有限元研究