The space truss model theory argues that the stress flow transfers along with the truss composed of piles and column.
空间桁架模型理论认为，承台内部力流是沿桩柱间的空间桁架传递的。
Therefore, it is not stress distribution in certain even section but integrate stress flow inside the cap that should be considered.
因此，在厚承台设计时应考虑承台内部的完整应力流，而不是某一平截面上的应力分布。
By means of further analysis, solves the problem of the concentrated stress with magnifying arc radius and dividing the stress flow.
对此进一步分析，通过增大圆弧半径以及采取应力流分流的办法，最终解决这些应力集中问题。
This kind of design method has only considered the stress in a special section of pile caps, but has no a consideration of complete stress flow inside the pile caps.
这种设计方法只考虑承台某一特殊截面上的受力，而没有考虑承台内部的完整力流。
Hunched shoulders reduce the flow of blood to your brain, holds in stress and restricts your breathing.
耸肩会减少流向大脑的血液，使你的呼吸受到更大的压力和阻碍。
This chemical mimics the effects of emotional or physical stress by increasing the force of heartbeats and boosting the flow of blood in the body, which can lead to permanently raised blood pressure.
多巴酚丁胺这种化学药品通过增加心跳力度以及加速血液在身体中的循环来模拟情绪或身体压力带来的效果。
Tension and stress restrict blood flow to the head.
紧张与压力会对阻碍血液流向脑部。
Just as electrical energy generates heat when it meets resistance so our psychic energy generates tension and stress when it has to flow through areas that aren't our preference.
就像电子遇到了电阻时能量产生热量那样，当我们的心理能量流向不喜欢的领域时，我们就会产生紧张和压力。
Tension and stress restrict blood flow to the head. Give a relieving head massage, keeping key areas and techniques in mind.
紧张与压力会对阻碍血液流向脑部。做一个缓解脑部压力的按摩，只需要记住重要的部位跟按摩技巧就行。
Change your diet, start exercising, practice stress management and quit smoking, and your brain gets more blood flow, so you think more clearly, have more energy and need less sleep.
改变你的饮食习惯，开始运动，实行压力管理，戒烟，这样你的大脑才能获得更多的血流量，你也因而可以更清晰地思考，更有活力，需要更少的睡眠。
Special instances of plastic flow are cold flow, which occurs in vulcanized rubber after low stress has been continuously applied for a long time, and creep of metals.
塑性流动的特殊情况是冷变形，发生在硫化橡胶长时间连续承受低应力时以及金属蠕变时。
We have programs for analysing temperature and stress profiles in objects, and fluid velocity profiles in flow channels.
我们有分析物体温度和应力，流道中流体速度分布的程序。
If, when the stress is removed, the deformation remains, the material is said to exhibit plastic flow.
如果在撤去应力后变形仍保留，则称此材料呈现塑性流动。
The temperature change is caused by the friction in the container and the flow stress of the aluminum.
在压缸内的摩擦力和铝锭的流变应力引起温度变化。
The stochastic turbulent field is represented by a set of random Numbers with a pre - set covariance simulating the Reynolds stress in a turbulent flow.
通过采用一组预置协方差的随机数模拟雷诺应力来表示随机的湍流流场。
Through solving the blood flow equations for local vessel expansion region, the analytical expressions of blood flow velocity, pressure and wall shear stress were then obtained.
接着，通过求解局部扩张血管段内的血液流动方程，导得血液流速、压力和血管壁切应力的分析表达式。
Laughter has been shown to relieve stress, stimulate blood flow, relax muscles, promote a healthy immune system and relieve pain.
笑声会释放压力，加速血液循环，放松肌肉，提升强健的免疫系统，缓解疼痛。
Stress and metal flow in steel tube during sizing process were analyzed.
分析了定径过程中钢管内金属流动和弹复行为。
Based on FEM software ANSYS, the dendrites stress states are computed using the results of the melt flow as computing parameters.
使用有限元软件ANSYS，把熔体流动计算结果作为参数，计算了枝晶的受力状态。
The results show that the couple stress fluid flow behavior depends on not only the coefficient of viscosity, but also the material constant responsible for the couple stress parameter.
所得结果表明应力偶流体运动特性不仅依赖于物质粘性常数，而且强烈地依赖于应力偶流体特有的与固体颗粒尺度有关的物性常数。
The turbulent flow in a hydrocyclone is predicted numerically using a Reynolds stress model, and the numerical results agree well with experimental data.
本文采用雷诺应力模型计算了水力旋流器的水相湍流流场，计算结果与实验数据吻合很好。
The flow stress increases with the increase of strain rates.
随着应变速率的增加，稳态流变应力增大；
The results showed that the flow stress of this alloy reduced with increasing deform temperature and increased with increasing strain rate.
试验结果表明，该合金流动应力随着变形温度的升高而下降，随着应变速率的增加而增加。
The flow stress of 7A60 ultra high strength aluminum alloy was studied by isothermal compress test at constant strain rate.
采用等温恒应变速率压缩试验对7A60超高强度铝合金的流动应力进行了研究。
During the isothermal constant strain rate compression process, the effect of deformation heating on flow stress increases with increasing equivalent strain rate.
在等温恒应变速率压缩过程中，随着等效应变速率的增大，变形热效应对流动应力的影响程度增大。
Based on the isothermal constant strain-rate compression tests, the flow stress of a ultra high strength aluminum alloy was researched.
采用等温恒应变速率压缩试验对超高强度铝合金的流动应力规律进行了研究。
The influences of softening modulus and elastic modulus on local damage variable rate depend on the flow stress level.
降模量及弹性模量对局部损伤变量率的影响取决于流动应力的大小。
True strain, strain rates and temperatures were input parameters of the model, while flow stress was the only output parameter.
在该模型中，等效应变、等效应变速率和变形温度是模型的输入向量，输出向量是材料的流动应力。
True strain, strain rates and temperatures were input parameters of the model, while flow stress was the only output parameter.
在该模型中，等效应变、等效应变速率和变形温度是模型的输入向量，输出向量是材料的流动应力。
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