图1动力学视角下的情境性和具身化主体2.1.2具身动力学方法举要结构性耦合(Structural Coupling)作为当前具身动力学方法中经常涉及的重要概念最早是由Matu-rana和Varela(1988)引入到认知科学中来的［9］。
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thermal-structural coupling 热结构耦合
heat structural coupling 热结构耦合
acoustic structural coupling 声振耦合
acoustic fluid-structural coupling 流固耦合
aerodynamic and structural coupling 气动结构耦合
thermo-structural coupling analysis 热固耦合场
Thermal structural Coupling Response 热弯曲耦合响应
The structural coupling is a common geological phenomenon.
构造耦合作用是一种普遍存在的地质现象。
Following the fuel testing the aircraft is undergoing structural coupling and ground vibration testing, as well as completing hydraulic testing of the doors and landing gear.
此次燃料测试后，飞机将进行结构耦合和地面振动测试，并将完成门和起落架的水压测试。
The main thing to notice for now is how this structural type minimizes the coupling between the Subject trait and any potential users of the trait.
我们所需要注意的最主要的是这样的结构类型如何最小化了Subject trait和任何潜在的trait用户之间的耦合。
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