1) bilateral coupled effect
双向耦合作用
1.
The differential sequential force model is used to simulate the unilateral and bilateral coupled restoring force of friction pendulum isolator,the non-linear characteristic and bilateral coupled effect of restoring force can be accurately described by the model.
由计算分析可以看出,考虑双向耦合作用与未考虑双向耦合作用的滞回曲线有较大差别,因而,支座应采用双向耦合恢复力模型以考虑双向耦合作用对结构地震反应和支座性能的影响。
2.
The differential sequential friction force model is used to simulate the unilateral and bilateral coupled friction force of sliding bearings, the non-linear characteristic and bilateral coupled effect of friction force can be accurately described by the model.
同时,从计算分析也可看出,考虑双向耦合作用与未考虑双向耦合作用的摩擦力滞回曲线有较大差别,因而支座应采用双向耦合摩擦力模型,以考虑双向耦合作用对结构地震反应和支座性能的影响。
2) earthquake action in horizontal and vertical direction
双向地震耦合作用
3) two-way coupling
双向耦合
1.
To improve the predictive accuracy of bubble concentration distribution,numerical study of upward turbulent channel flows laden with microbubbles is carried out and the fluid-bubble two-way coupling interaction is considered.
为了提高气泡浓度分布预测精度,考虑流体和气泡之间的双向耦合作用,对竖直上升通道内含有微小气泡的湍流流动进行了数值模拟研究。
2.
A direct numerical simulation (DNS) technique based on two-way coupling was developed to study the influences on gas-phase jet by dispersed particles in a two-phase turbulent jet.
发展了一种基于双向耦合的直接数值模拟方法,研究了两相湍流射流中离散颗粒对气相射流的影响。
3.
The vortex pairing in 2D gas-solid mixing layer is simulated considering the two-way coupling model and the interactions among the particles through the fluids.
采用双向耦合模型对有涡配对的二维气固两相混合展数值模拟，在考虑颗粒对流场反作用基础上进一步对颗粒间通过流体的相互作用进行分析。
4) bidirectional coupled
双向耦合
1.
Control and synchronization of time-delayed bidirectional coupled chaotic systems;
时间延迟双向耦合的混沌系统的同步与控制
5) coupling effect
耦合作用
1.
Meso-experimental research on sandstone failure behavior under thermal-mechanical coupling effect;
温度和应力耦合作用下砂岩破坏的细观试验研究
2.
The experiment of a coupling effect on propagation of unloaded indentation cracks in a PZT-5H ceramic shows that residual stress itself is too small to induce delayed propagation of the indentation crack in silicon oil.
通过在硅油中加恒电场实验,研究了PZT-5H铁电陶瓷Vickers压痕裂纹的扩展行为,探讨了电场、残余应力以及介质间的耦合作用。
3.
According to the research,the preliminary conclusion has been drawn that the coupling effect of rain,change in underground water,and other dynamical loads which lead to landslide.
从工程地质、水文地质条件及其他影响因素对抚顺东泰社区滑坡机理进行了分析,初步得出此次滑坡是降雨、地下水的变化以及其他外界动因素耦合作用所诱发的边坡失稳,根据建立的地下位移监测系统所测得的滑坡区域外重点部位的监测数据,给出了滑坡对其周边重点部位的影响程度、滑坡的发展趋势及滑坡治理建议措施。
6) coupling action
耦合作用
1.
Research on liquid sloshing and its coupling action with flexible structure based on Level-set method;
基于Level-set法的液体晃荡与弹性液舱耦合作用研究
2.
Determination of shaft sidewall potential destruction region under multiple load and coupling action
多荷载耦合作用下立井井壁潜在破坏区的确定
3.
The coupling action and synchronization of the current oscillation for two copper wire anodes in phosphoric acid solution are studied.
研究了恒电位下在磷酸溶液中的电流振荡行为,发现2个铜电极的电极间距和恒定电位对耦合电极振荡行为的影响,电极间的耦合作用改变了电极的振荡行为,两电极间呈现有不同相锁定,k/n相锁定和准周期同步,电极间电流振荡锁相,随电极距离的加大而失锁相。
补充资料：科技活动与审美意识的双向作用
科技活动与审美意识的双向作用
interaction between scientific and technological activities and aesthetical consciousness
科技活动与审美意识的双向作用如te花etion between seientific and technologicalaetivities and aesthetical eonsciousness)学生从事的科技活动与他们的审美意识的交互影响。学校科技活动主要是指学生学习和运用科学知识，手脑并用进行的小发明、小创造、小设计、小制作、小论文等为中心的各种活动。所谓审美意识，主要指作为社会心理现象的审美观念、审美趣味、审美理想等。审美观念是对审美对象的一种看法和观点，审美趣味是对审美对象一种倾向性的情感性的评价，审美理想是对审美最高境界(相对的)的一种向往和追求。学生在科技活动中创造的“五小”产品融入了他们的审美意识，即他们总是按照一定的审美观念、审美趣味和审美理想去进行创造活动的。同时，学生在科技活动中受到了美的熏陶，领略到了自由创造的欢愉，又大大地提高了他们的审美意识，使他们的审美观念更加明确，审美趣味更加高尚纯洁，审美理想更加远大。一可见，审美意识是学生从事科技活动的内在推动力，学生从事科技活动又丰富和提高了学生的审美意识水平。 (张大均撰画巫置}审)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条