1) gas-solid coupling
气固耦合
1.
According to the rock failure damage theories and gas-solid coupling method,the RFPA2D-GasFlow soft code in combination with the stress distribution in coal body and process and the result of gas outburst was applied to the analysis of the effect of ground stress on gas outburst process.
基于岩石破裂损伤理论和气固耦合方法,利用RFPA2D-GasFlow数值模拟系统,结合煤体中应力分布情况和瓦斯突出破坏过程及结果,分析了煤与瓦斯突出三要素(地应力、瓦斯和煤体物理力学性质)中的地应力在瓦斯突出过程中的作用。
2.
For air spring vibration-insulator design in this study,the finite element method is employed to resolve such problems as gas-solid coupling and nonlinearity.
因此采用有限元方法,解决空气弹簧隔振器设计必须考虑的气固耦合、非线性等关键技术,进行空气弹簧隔振器结构的静态应力、变形及隔振系统的振动特性分析,优化空气弹簧隔振器的设计流程,并进行试验验证。
2) solid-gased coupling
固-气耦合
4) gas-hydraulic-solid coupling
气–水–固耦合
1.
Based on porous medium fluid(water and gas)-solid coupling and micro-degradation theory,the gas-hydraulic-solid coupling model is developed to describe the dynamic behavior of settlement and LFG flow in landfill.
基于多孔介质流气–水–固耦合和微生物降解理论,建立描述这一复杂动力学行为的二维气–水–固耦合数学模型,并给出耦合模型的数值格式。
5) gas-liquid-solid coupling
气液固耦合
6) coupled soil
气固液耦合
补充资料：表气不固
表气不固
表气不固 病证名。即卫气不固。《灵枢·本脏》：“卫气者，所以温分肉，充皮肤，肥腠理，司开合者也。”卫阳虚则不能固表，皮肤腠理疏泄，外邪易侵而成疾。发病时多有怕风、自汗等症。治宜补气固表。
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