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横应力
1、stress───n.压力;强调;紧张;重要性;重读;vt.强调;使紧张;加压力于;用重音读;n.(Stress)人名;(意)斯特雷斯
2、transverse direction───横向
3、transverse ridge───横脊线;[解剖]横嵴
4、alternating stress mean stress───交变应力平均应力
5、shear stress───[力]剪应力;[力]剪切应力;剪应力; 切变应力; 切应力; 粘性摩擦应力
6、transverse process───[解剖]横突
7、transverse mercator───横轴墨卡托投影
8、transverse───n.横断面;贯轴;横肌;adj.横向的;横断的;贯轴的
9、transverse axis───水平轴,横轴(线),贯轴;贯轴;[数]横截轴;水平轴
1、analyzing results indicate that the longitudinal and the transverse stress in the fibres and the stress concentration are the major reasons that lead to the failure of the fibres ahead of time.───分析的结果表明,纤维布的纵横双向受力以及较大的应力集中是导致其提早PoHuai的主要原因。
2、The Analysis of Model Test and Utility Calculation Method of Transverse Stress in Curved Box Beams───曲线箱梁横向应力的试验及实用计算分析
3、The Study on the Distribution Regularity of Transverse Stress and the Effective Calculating Width of Corbel in Box Beam───箱梁牛腿横向应力分布规律及有效计算宽度研究
4、Study on the Distribution Regularity of Transverse Stress and the Effective Calculating Width of Corbel in Box Beam by Finite Element Method───箱梁牛腿横向应力分布及有效计算宽度有限元数值分析研究
5、Simulation of Transverse Stress on the Thermal Laminate───热层合结构横向应力分析的FangZhen
6、Transverse Stress Analysis of a Partial Cable-stayed Bridge───部分斜拉桥箱梁横向应力分析
7、on the numerical results of model test, the distribution of transverse stress in flanges of curved box beam is presented in this paper.───对工字形和箱形曲梁进行了稳定分析计算,模拟了在满跨均布竖向荷载作用下两种截面曲梁的工作特性。
8、With increasing Hf content the stress-rupture properties, in particular, the transverse stress-rupture properties of alloy DZ_22 at intermediate temperature are obviously enhanced.───随着铪含量的提高,合金的中温持久性能,特别是中温横向持久性能有所提高。
9、The Finite Element Analysis of the Photonic Crystal Fibers in Transverse-Stress Sensing Systems───横向应力传感XiTong的光子晶体光纤的有限元分析
1、Based on the numerical results of model test, the distribution of transverse stress in flanges of curved box beam is presented in this paper.
2、The design strength for a concrete strut in a region with transverse compressive stress or no transverse stress may be calculated from Expression (6.55) (see Figure 6.23).
3、The analyzing results indicate that the longitudinal and the transverse stress in the fibres and the stress concentration are the major reasons that lead to the failure of the fibres ahead of time.
4、The transverse stress of clad material was analyzed with the mixing rule, and the results show that the yield stress, tensile stress and the thickness ratio obey exponent function.