CAJ | 학술논문

在分析0～6 000m石油井下岩石所受超高压多压力联合作用环境的基础上，采用现代控制技术对井下岩石所受的多维耦合压力进行了模拟及控制，研究探索了一种超高压溢流控制的实现方法及超高压、复杂介质控制执行机构设计。经调试测试证明，该系统控制可靠，对类似超高压、多压力、介质复杂的控制系统研制有很好的借鉴作用。
재분석0～6 000m석유정하암석소수초고압다압력연합작용배경적기출상，채용현대공제기술대정하암석소수적다유우합압력진행료모의급공제，연구탐색료일충초고압일류공제적실현방법급초고압、복잡개질공제집행궤구설계。경조시측시증명，해계통공제가고，대유사초고압、다압력、개질복잡적공제계통연제유흔호적차감작용。
On the basis of analyzing the environment in which the rock that is in 0～6000 meters downhole suffers the various superhigh pressure together,the multi-dimension and related pressures that act on the rock have been simulated and controlled by using the advanced control technique.A kind of overflow control way of superhigh pressures is developed.And a control executive mechanism design of superhigh pressures and complicated media is also presented.Through the adjustment and test,the result proves that the system is reliable.The development for the similar superhigh pressure and multi-pressure complicated-media control system will benefit from it.