意外的轴变形将造成严重的边缘载荷，将减少齿轮寿命，并产生噪音。
Unexpected deflections can cause severe edge loading that is detrimental to gear surface life as well as noise performance.
最终，对应地迭加在外载荷及边缘载荷作用下的变形数据，即可求出密封环端面的总变形值。
Finally, the total mechanical deformation of seal rings can be obtained by superposition of the results due to the external loads and the edge loads respectively.
通过这种方式计算的轮廓，在正常的载荷情况下，内外圈之间的偏斜角度超过4＇时不会发生缩减寿命的边缘应力（表5.2）。
The profiles are calculated in such a way that, under normal load conditions, life-reducing edge stresses do not occur at a tilting angle of up to 4' between inner ring and outer ring (Table 5.2).
采用复变-变分法求解受钉传载荷含边缘裂纹各向异性与各向同性板的应力强度因子。
Description is given for a complex variable-variational method to investigate the stress intensity factors in anisotropic and isotropic plates with edge cracks subject to pin loads.
近期的研究认为种植体边缘骨吸收与吸烟、感染、机械载荷和代谢性疾病等有关；
Recent studies suggest that the risk factors for marginal bone loss around implants are smoking, infection, mechanical loading, bone quality and metabolic diseases.
近期的研究认为种植体边缘骨吸收与吸烟、感染、机械载荷和代谢性疾病等有关；
Recent studies suggest that the risk factors for marginal bone loss around implants are smoking, infection, mechanical loading, bone quality and metabolic diseases.
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