Mathematical simulation study on characteristics of three-phase foam seepage in goaf

作者：Shi Guo Qing^*; Wang De Ming; Zhong Xiao Xing

来源：Journal of China Coal Society, 2011, 36(8): 1329-1333.

• Flow volumes
• Fully-mechanized caving faces
• Influencing factor
• Mathematical simulations
• Mine goaf
• Theoretical values
• Working face

To study the characteristics of three-phase foam seepage in goaf, with computational fluid dynamics theory, constructed the mathematical model of three-phase foam seepage in goaf. The process of three-phase foam seepage in fully mechanized caving face goaf was simulated, gained the theoretical values of three-phase foam';s flow scope and analyzed its influencing factors. Research shows that stack height of three-phase foam seepage in goaf is 3.62 m, and the highest point located in upside of pipe outlet. The covering width in strike direction is 36.9 m; stack height and covering width of three-phase foam are seriously influenced by dip of working face and flow volume of three-phase foam.

• 出版日期2011
• 单位中国矿业大学（北京）