shearing stress
英 [ˈʃɪərɪŋ stres]
美 [ˈʃɪrɪŋ stres]
网络 剪切应力; 切应力; 剪应力; 切变应力; 切应变
双语例句
- Neglect the axial deformations and consider only the lumped masses. CALCULATION OF SHEARING STRESS FOR AXIAL DRAWING OF TRANSFORM SECTION BAR
略去轴向变形不计，仅考虑集中质量。变截面直杆轴向拉伸时的剪应力计算 - Study on Shearing Stress Distribution of Anchored Section for Prestressed Anchor Bolts
预应力锚杆锚固段剪应力分布规律研究 - Calculation of shearing stress for axial drawing of transform section bar
变截面直杆轴向拉伸时的剪应力计算 - At the point of separation, shearing stress changes suddenly;
在分离点，剪切应力发生了突然的变化； - The maximum shearing stress to which the material is subjected has a value equal to the radius of the circle.
材料承受的最大应力数值等于圆的半径。 - Within reasonable limits, the presence of the shearing stress has no effect on the value of the bending stress, and vice versa.
在适当的限度内，剪应力的存在并不影响弯曲应力之值，反之亦然。 - The secondary swirls and axial velocity distribution result in the high shearing stress acting on the inner wall of the trachea and bifurcation, finally lead to injury on the inner wall.
气管和支气管内的二次涡流运动和轴向速度的分布使得气管支气管内壁受到的剪应力较大，内壁粘膜更容易受到损伤。 - Theoretical expression ot the wall shearing stress has been deduced for the level rotary flow in an internal energy dissipation tunnel.
本文推导了水平旋转内消能泄洪洞空腔环流壁面切应力的理论分析表达式。 - Liquefaction of sand under bi-directional cyclic loading CALCULATION OF SHEARING STRESS FOR AXIAL DRAWING OF TRANSFORM SECTION BAR
饱和松砂的双向耦合剪切特性试验研究变截面直杆轴向拉伸时的剪应力计算 - Effect of High Shearing Stress During Melt Extruding on the Mechanical Properties of PS/ SEBS/ CaCO_3 Blends
高剪切应力对PS/SEBS/CaCO3材料力学性能影响 - The results indicate that the gap between axile bush and cylinder influences the shearing stress very much;
结果表明：O形密封圈缸筒和轴套的间隙对剪切应力的影响很大； - The process of a particle penetrating into material and sliding on the surface, then unloading is analyzed, the characters of stress, strain, contact pressure and friction shearing stress in three contact stages are studied.
分析了磨粒压入被磨损材料表面、磨粒在材料表面滑动和卸载脱离接触的过程，研究了这三个接触阶段材料表层的应力应变、接触压力和接触摩擦切应力特征。 - At last, the approach of increasing bonding strength and decreasing shearing stress is presented.
最后，给出提高新老混凝土界面粘结强度和降低粘结面剪应力的方法。 - Relationship between shearing stress, shear rate and atherosclerosis
血流剪切应力和剪切率与动脉粥样硬化斑块形成的关系 - Calculating the finite element model under the joint action with pull stress and press stress, obtained the fiber and the substrate stress field distribution and the contact surface shearing stress distribution under the stick and partially escapes stick.
计算了拉压联合作用下的有限元模型，得到粘结和部分脱粘情况下纤维和基体的应力场分布及界面剪应力分布。 - Query the validity of equivalent law of shearing stress applied to the mechanics.
对力学中广泛应用的剪应力互等定理提出了质疑，认为该定理并不能广泛成立。 - After the crosswise cracking of the base, the bituminous pavement destruction is mainly controlled by the shearing stress.
基层横向开裂后，沥青面层的破坏主要受控于剪应力； - The stress and the shearing stress general formula has been infered.
对受任意线性荷载作用下采用粘钢加固法的混凝土梁进行分析，推导了计算钢板端部的正应力和剪应力的一般公式。 - Asymmetric orthogonal shearing stress plays an important role in the initiation and the expansion of microcrack in the plastic deformation region.
非对称循环正交剪切应力对塑性变形区的微裂纹萌生与扩展起到了极其重要的作用； - The shearing stress of the composite rises with increasing of shielding agent loading and so does the apparent viscosity.
随屏蔽剂含量的增加，混合料表现出更高的剪切应力，其表观粘度也相应增加。 - The three-phase shearing stress plays a primary role on extending induction period of fouling.
指出三相流剪应力对延长污垢的诱导期起主要作用，并对其作了定量计算。 - The high cooling rate, high pressure and high shearing stress were all advantageous factors to form amorphous phase.
爆炸复合界面熔层的高冷却速率、爆炸复合过程中界面承受的高压力、高剪切应力都是形成非晶的有利条件。 - This fracture usually results from the joint effects of axial compression, and rotating or shearing stress.
这种骨折通常是轴向压缩应力与旋转或剪式应力综合作用的结果。 - The influence of shearing stress in bending on the strength of shaft
弯曲剪应力对轴强度的影响 - The relationship between shearing stress ( τ) and shearing rate ( D) is studied.
利用旋转粘度计研究了微乳液及其室温交联体系的流变行为，测定了剪切应力（τ）剪切速率（D）之间的关系。 - By the using of the theory of plastic mechanics, a calculated formula of ultimate strength of shearing stress is obtained for metallic materials with torsion of circular shaft, and the experimental results about low carbon steel are given.
利用塑性力学基本理论，建立了具有塑性屈服及强化特性金属材料圆轴扭转的剪应力强度极限的计算公式，并给出了低碳钢剪应力强度极限的处理结果。 - After treatment, the plastic zone, shearing stress and the range ability of displacement was greatly improved.
溪沟口滑坡治理后的塑性区、剪应力和位移变化得了大大的改善。 - So, based on previous works conducted by project team, this paper did further analysis on the friction coefficient and the pressure between parallel steel wires of the stay-cables, for identify limit friction shearing stress fmax accurately.
对此，本文在本项目团队前期工作的基础上，对斜拉索内平行钢丝间摩擦系数和正压力进行了进一步的分析，以精确确定钢丝间极限摩擦剪应力fmax。 - Because of shearing stress the texture component changed from 100 to 111.And a little 112 texture can be found.
由于剪切应力的作用织构组分由100向111转变，并且出现了较弱的112织构。