CAJ | 학술논문

为了对水平井分段压裂时所使用的压裂球和球座有更为全面的了解，运用 ANSYS 软件对不同材料的压裂球和不同结构的球座进行了数值模拟分析，得出结论是：为满足压裂时对压裂球强度和密封性的要求，球座端面角度α定为20°；压裂球的壁厚对压裂球的抗压强度有重要影响，采用实心制造的碳纤维压裂球效果最好；圆弧球座比传统球座对提高压裂球抗压强度更有优势。通过压裂球的强度试验，碳纤维压裂球达到了抗压70 MPa 的设计要求，圆弧球座比传统球座更有效地提高压裂球的强度。
위료대수평정분단압렬시소사용적압렬구화구좌유경위전면적료해，운용 ANSYS 연건대불동재료적압렬구화불동결구적구좌진행료수치모의분석，득출결론시：위만족압렬시대압렬구강도화밀봉성적요구，구좌단면각도α정위20°；압렬구적벽후대압렬구적항압강도유중요영향，채용실심제조적탄섬유압렬구효과최호；원호구좌비전통구좌대제고압렬구항압강도경유우세。통과압렬구적강도시험，탄섬유압렬구체도료항압70 MPa 적설계요구，원호구좌비전통구좌경유효지제고압렬구적강도。
To have a more comprehensive understanding of fracturing ball and socket when staged fracturing of horizontal wells.In this paper,the finite element analysis software ANSYS is used to take related numerical simulation analysis of different materials fracturing balls and different structures ball seat,we can get it that:to meet the strength and tightness requirements of fractu-ring ball while fracturing,ball seat face Angle alpha was set as 20°;wall thickness of fracturing ball had important effect on the compressive strength,and fracturing ball made of the manufac-tured solid carbon fiber was with best effect,and arc ball seat had more advantages to traditional ball seat to improve the compressive strength fracturing ball.By fracturing ball strength experi-ment,we can get:carbon fiber fracturing ball reached the compressive strength design of 70 MPa, and compared with traditional ball seat,arc ball seat could effectively increase the fracture strength of fracturing ball.