1.A multiaxial fatigue life prediction model was built by means of the proposed multiaxial fatigue damage parameter.
根据该参量，本文建立了多轴疲劳寿命预测模型。
2.Biaxial analysis was used to get the multiaxial information, and fatigue calculation of multiaxial crack initiation was conducted.
寿命预测采用多轴裂纹萌生疲劳分析，其中部件的多轴特性通过二轴分析获得。
3.The proposed model reveals the anisotropic multiaxial damage characteristics of concrete effectively.
本模型可有效地表达出混凝土的各向异性和多轴损伤特点。
4.Experimental study on multiaxial characteristic of air-entraining concrete after freeze-thaw cycling is just in the initial stages.
冻融条件下引气混凝土的多轴力学性能研究，目前尚处于初步阶段。
5.The theoretical and practical significance of modeling error and controlling error in multiaxial servo systems was pointed out.
指出了多轴加工中轮廓误差建模和误差控制方法的理论意义和应用价值。
6.A method is outlined for making low cycle fatigue life prediction for engineering components subject to multiaxial loading.
介绍了一种预测受多轴交变载荷工程构件的低周疲劳寿命的方法。
7.The characteristics of strains on the maximum shear plane were analyzed under tension-torsion multiaxial fatigue loading.
针对拉扭多轴疲劳加载情况，分析最大剪切平面上的应变特性。
8.The strength and rigidity of soft rock are improved under multiaxial condition compared with those under uniaxial condition.
与单轴试验相比，在多轴条件下，软岩（尤其是遇水软化的砾岩）的强度和刚度均有所提高。
9.The application examples of biaxial are multiaxial reinforcement structures and discussed in detail.
详细讨论了双轴向和多轴向加固经编织物的具体应用实例。
10.Many criteria and approaches are developed since multiaxial fatigue was studied on high-cycle fatigue and low-cycle fatigue.
多轴疲劳自研究以来，对于高周疲劳和低周疲劳分别出现了许多方法和准则。