同时，提出了这类双壳大舱口船舶扭转强度的理论计算方法。
Moreover, the paper presents a relatively simple and comprehensive theoretical method for torsional strength calculation.
研究了一种用水平连铸技术生产的球墨铸铁型材的扭转强度和缺口扭转强度。
The torsional strength of the notch of spheroidal graphite (SG) cast iron by continuous casting was tested.
能自行开展汽车驱动桥的各项疲劳寿命、扭转强度、弯曲强度等台架试验测试。
All rig tests of fatigue life, tension intensity, bending intensity for auto drive axle.
而脱水状态下，颈脊柱中立位时颈椎间盘极限扭转强度高于屈曲位时（P＜0.01）。
Under the hydrated conditions, specimens had a lower ultimate intortion strength (P<0.01) in neutral trunk posture than in flexed posture;
然后对三种固定方法对固定骨段的应力遮挡率、不同加载方向的弯曲强度和扭转强度进行测试。
The stress shielding rate, bending strength of different directions and torsion strength of the three different fixation methods were measured and compared.
将船体作为阶梯薄壁梁，用薄壁梁的约束扭转理论进行扭转强度分析的方法，是目前国内外造船界普遍使用的方法。
The method for torsional analysis of ship hull as a stepped thin-walled beam using the restrained torsion theory has been applied widely in the field of naval architecture.
在第24个周期开始前，人们通过太阳的扭转振动的位置和强度准确的预知了第24周期内太阳黑子活动的推迟。
Before cycle 24 commenced, the position and strength of the torsional oscillation correctly predicted the late arrival of this cycle's sunspot activity.
采用有限单元法对车体结构的强度、刚度、稳定性、挠跨比、扭转刚度进行计算，为车体设计提供了参考依据。
The strength, rigidity, stability and torsional rigidity of the bodywork structure were calculated by using finite element analysis. Thus the optimum fillet of the bodywork structure can be specified.
快速铁路是束热处理铝合金型材中空截面，给高强度下的扭转和挠度应力。
The Speedy Rail beam is a heat-treated aluminium alloy profile with hollow cross-sections that give it high strength under torsion and deflection stresses.
由于加工硬化效应的影响，随着冷拔变形量的增加，合金丝材的室温强度增加，扭转塑性下降。
Due to the effect of strain hardening, higher amount of cold deformation resulted in superior room temperature strength and inferior torsion ductility.
利用裂纹尖端的奇异元和线性元插值模型，给出了扭转刚度和应力强度因子的边界元计算公式。
Using the interpolation models for both singular crack tip elements and other crack linear elements, the boundary element formulas of the torsion rigidity and stress intensity factors were given.
分析结果表明：通过设计偏心距对偏心结构进行强度分配，可以控制弹塑性扭转反应并提高结构侧向变形能力。
It was indicated that distributing the strength according to design eccentricity could reduce the inelastic torsion of asymmetric structures.
檩条一般采用简支梁，假定屋面板能阻止其侧向失稳和扭转，则只计算其强度。
The purline is often designed as a simple beam, and only it′s strength needs to be calculated, if the roof panel can prevent it′s lateral buckling and torsion.
通过对三组刨花板进行实验结果可以看出，刨花板构件扭转力矩与刨花板内部强度、尺寸规格和节点结构有关。
Three group of particleboard were tested that showed the torsional forces in the member related to the internal strength, the size and the joint constructions.
挠性轴强度校核主要是校核疲劳强度，为此提出了合理设计挠性轴的原则，即挠性轴的疲劳强度应取决于扭转疲劳强度。
Therefore the design criterion for the shaft is proposed, i. e. the fatigue strength of the shaf should depend on the torsional fatigue strength.
薄壁构件在扭转荷载作用下截面产生翘曲变形，在强度、稳定和振动的计算中应考虑到截面翘曲变形的影响。
Torsional loads produce warping displacements in thin-walled members. Its influence on strength, stability and vibration of thin-walled members must be considered in many cases.
然后分别对车身骨架进行了弯曲和扭转工况下静态分析，初步评估车身结构静强度危险位置。
Then the article conducts static analysis of the body frame under bending and torsion condition, so that preliminary to assess the risk static strength location of the body structure.
结论睾丸附件扭转可以用非手术治疗，尤其是低强度激光局部照射可以明显缩短病程。
Conclusion the torsion of testicular appendage can be treated by conservative treatment, especially the local irradiation by lower power laser can shorten the course of disease.
车身刚度是较强度要求更严格的设计指标，尤其是车身扭转刚度指标，它是车身抵抗较恶劣的扭转工况载荷的关键保证指标。
The stiffness is the stricter design rule than strength in car body development. Torsional stiffness, the key factor for car body to resist the poor torsional case, is especially important.
车身刚度是较强度要求更严格的设计指标，尤其是车身扭转刚度指标，它是车身抵抗较恶劣的扭转工况载荷的关键保证指标。
The stiffness is the stricter design rule than strength in car body development. Torsional stiffness, the key factor for car body to resist the poor torsional case, is especially important.
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