| 1. | Basic dyke swarms ; round columnar joints ; cool shrink ; viscous shearing
基性岩墙群圆柱状节理冷却收缩黏滞性剪切作用 |
| 2. | Viscous shearing stress
粘性切应力 |
| 3. | The simplification of the fluid mechanics equations on the strong viscous shear flow and its computational criterion
强粘性剪切流稳定性方程组的简化及计算判据 |
| 4. | The main purpose of this paper is to analyze the effect of the viscous shearing damper used to control the vibration of cables of the cable stayed - bridge
本论文的主要目的是分析评价斜拉索采用的粘性剪切型阻尼器的减振效果。 |
| 5. | Then , the influence of the damp , stiffness and position of viscous shearing damper on the effectiveness of viscous shearing damper is analyzed
并利用程序从数值上分析阻尼器的阻尼值、刚度值及阻尼器的位置对减振效果的影响。 |
| 6. | The round columnar joints are one of the flow structures showing the horozontal emplacement of basic dyke swarms . the round columnar joints show that the basic dyke has rheological behaviour of the viscous shearing in magma emplacement
岩墙发育圆柱状节理表明出露的是岩墙的顶部，反映基性岩墙群侵位时岩浆具有黏滞性剪切作用的流变学特征。 |
| 7. | In this study , the transonic shock - wave / boundary - layer interaction and viscous shear stress for the turbine and compressor stator were simulated used the implicit two - factor flux - splitting schemes for solving the thin - layer compressible flow
除验证各式正确性外并仿真叶片外形对气流分离、震波/边界层相互干扰及压缩比等关系，以及流体黏滞性等影响下，引擎能量损失与效益分析。 |
| 8. | In this study , the transonic shock - wave / boundary - layer interaction and viscous shear stress for the turbine and compressor stator were simulated used the implicit two - factor flux - splitting schemes for solving the thin - layer compressible flow
除验证各式正确性外并模拟叶片外形对气流分离、震波/边界层相互干扰及压缩比等关系，以及流体黏滞性等影响下，引擎能量损失与效益分析。 |
| 9. | According to the research status quo to control the vibration of cables , this paper takes advantage of finite element method to illustrate the effectiveness of viscous shearing damper . the work is based on the theory of complex - eigenvalue
根据国内粘性剪切型阻尼器研究现状，本文首先在非经典阻尼系统振动特性的复特征值理论基础上，采用有限元方法编制程序，分析粘性剪切型阻尼器所能够达到的减振效果。 |
| 10. | In a word , the designed lvc can work well under the viscous shear and hump working modes . the torque transmission experiments meet with the anticipated goal . the emphases in this paper are the seal and the highest temperature prediction of lvc
其中，液体粘性联轴器的密封是实验能否成功的关键，液体粘性联轴器的最高温度的预测对实验的顺利进行具有重要的指导意义，所以论文对密封件和最高温度的预测也进行了研究。 |
