Guillot M, Chazal J, Scheye T, Amrane M, Tanguy A, Vanneuville G
Bull Assoc Anat (Nancy). 1984 Jun;68(201):173-88.
On the basis of two separate biomechanical studies of talus and calcaneus, the authors show: the absolute continuity of the trabecular structure of these bones, the mechanical behaviour characterised as "fragile" for the talus and "intermediate" for the calcaneus, superficial strains underload: by photoelastic studies, they are show to be in reversed phases both on their lateral and medial sides. Authors conclude that these two bones act together as sectional across which collect dispach and absorb transmitted forces during gate.
基于对距骨和跟骨的两项独立生物力学研究，作者表明：这些骨骼小梁结构的绝对连续性，距骨的力学行为被表征为“脆弱型”，跟骨为“中间型”，表面应变负荷不足：通过光弹性研究表明，它们在外侧和内侧均处于相反阶段。作者得出结论，这两块骨骼共同作用，如同一个截面，在步态过程中收集、传递和吸收传递的力量。
