骨盆是由薄加强侧壁形成的扣和压缩载荷下的磨损。
The pelvic bolster is formed from thin lateral walls that buckle and tear under compressive loading.
讨论了偏心率对平均压缩载荷和载荷-位移曲线形貌的影响。
The influence of eccentricity on the configuration of load-displacement and mean crush load was discussed.
生理压缩载荷下，分别对9种有限元模型的生物力学参数进行测试。
The biomechanical parameters of 9 finite element models were measured under axial compressive load within physiological range.
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