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    Law of Strain Variations along the Yield Locus in Axial Plane Stress State
    轴对称平面应力状态屈服轨迹上的应变变化规律
    The Fitting Condition of Irwin Formula and the Analysis of Dimension of the Yield Zone of Crack Tip
    Irwin公式的成立条件和裂纹顶端的屈服区尺寸分析
    The Yield Behaviours under Plane Stress Condition Predicted by Polycrystalline Plasticity (Taylor) Theory
    平面应力屈服行为的晶体学Taylor理论分析
    EFFECT OF DEFINITION OF THE YIELD STRESS ON YIELD RULE OF PURE ALUMINIUM L2
    屈服应力定义对纯铝L2屈服规律的影响
    A Note on the Yield Function of Metals
    金属材料屈服函数的注记
    Influence of Structural Parameters on the Yield Strength of Tempered Bearing Steel with Martensite-Bainite Dual Phase Structure
    显微组织参量对马氏体-贝氏体复相组织轴承钢屈服强度的影响研究
    A STUDY ON THE ORIGIN OF DISAPPEARANCE OF THE YIELD POINT IN 20MnSi REINFORCING BARS MADE BY ELECTRIC FURNACE
    电炉20MnSi钢筋物理屈服点消失原因探讨
    Reliability Analysis of Tightening Method of Bolted Joints up to the Yield Point
    螺栓连接屈服点拧紧法的可靠性分析
    Theoritical Calculation on the Yield Strength of Precipitation Hardening Ni-Base Alloys
    沉淀强化镍基合金屈服强度的理论计算
    THE CHANGE OF MICROSTRUCTURE OF WOOD UNDER THE YIELD CONDITION
    屈服条件下木材微观结构的变化
    EXPERIMENTAL RESEARCH ON THE YIELD AND STRENGTH OF MAGNESIUM ALLOY UNDER THE COMPLEX STRESS CONDITION
    镁合金屈服与强度的实验研究
    A METHOD TO VERIFY THE YIELD DEFORMATION IN STRUCTURE TEST
    工程建设技术标准动态结构试验中屈服变形的确定方法
    DETERMINATION OF THE YIELD STRENGTH OF 93W ALLOYS BY USING AC TECHNIQUES
    双屈服法测定93W合金的屈服强度
    Verification of Inner and Outer Envelopes for the Yield Curve of Stable Material in π plane
    关于稳定材料屈服条件在 π 平面内的屈服曲线存在内外包络线的证明
    The yield strength(σ0.2),ultimate tensile strength(σb) and elongation(δ) of A356-T6 alloy were 240 MPa,254.8 MPa and 1.16%,respectively.
    屈服强度、抗拉强度和伸长率分别为240 MPa、254.8 MPa和1.16%。
    When tempered at 670 ℃,the steel has a combination of high strength and excellent toughness with the yield strength of 750 MPa,the room temperature impact energy of 92 J,and the brittle transition temperature(50%FATT) of-90 ℃.
    670℃回火后,试验钢具有良好的强韧性配合,屈服强度为750 MPa,室温冲击功为92 J,脆性转变温度50%FATT为-90℃。
    and with increasing Cu%, the yield strength of direct-quenching (DQ) steel after rolling increased from 865 MPa to 918 MPa and the yield strength of DQ + 500 ℃ tempering steel increased from 935 MPa to 1140 MPa, while the tensile strength and impact toughness of DQ+500 ℃ tempering 1.0~2.5Cu steel were lower than that of DQ steel.
    随Cu%的增加,轧后直接淬火(DQ)钢的屈服强度由865MPa增至918MPa,DQ+500℃回火钢的屈服强度由935MPa增至1140MPa,但1·0%~2·5%CuDQ+500℃回火钢的抗拉强度和冲击韧性均比DQ态钢有所降低。
    Due to the increasing of Nb content,The yield strength of intermediate and high Nb content steels can reach to 400 MPa and yield ratio is lower(<0.8).
    同时随着铌含量的增加强度提高,中高铌试验钢的屈服强度可达400 MPa,且屈强比较小(<0.8)。
    Three parameters(θn,R and R*) and two evolution parameters(m and a) were added to the Modified Cam Clay model together with the initial structural values which were related to the yield stress ratio and the sensitivity of the soft clays.
    与传统的修正剑桥模型相比,增加了3个分别表征软黏土各向异性和结构性的参数(θn,R和R*)以及两个演化参数(m和a),而参数R和R*的初始值则可由结构性土的屈服应力比YSR和灵敏度St获得。
    After the treatment at 857 ℃ for 10 min,the yield strength of the steel sheet is greater than 310 MPa.
    经857℃保温10 min后,钢板的屈服强度满足了不小于310 MPa的要求。
 

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