CAJ | 학술논문

基于河道迁移演化模拟、侧积层定量三维分布模式及沉积过程模拟提出一种复杂曲流带储层三维构型建模新方法，并根据井数据构建渤海湾盆地A油田明化镇组下段曲流河相储层三维构型机制模型。结果表明：该方法能够在三维空间模拟复杂曲流带储层内部构型元素的大小、三维形态及其空间结构关系，实现对储层连通性、连续性及非均质性的定量表征，是一种快速有效的复杂曲流带储层构型建模新方法。
기우하도천이연화모의、측적층정량삼유분포모식급침적과정모의제출일충복잡곡류대저층삼유구형건모신방법，병근거정수거구건발해만분지A유전명화진조하단곡류하상저층삼유구형궤제모형。결과표명：해방법능구재삼유공간모의복잡곡류대저층내부구형원소적대소、삼유형태급기공간결구관계，실현대저층련통성、련속성급비균질성적정량표정，시일충쾌속유효적복잡곡류대저층구형건모신방법。
Based on simulations of channel evolution, 3D quantitative distribution pattern of mud drape and sedimentation, a new complex meander belt reservoir modeling method was proposed and applied to construct 3D architecture mechanism mod-el using the well data of oilfield A. The results show that this method can simulate the size, 3D geometry and structural rela-tionship of architecture elements of complex meander belt reservoirs, and can quantitatively characterize the continuity, con-nectivity and heterogeneity of the reservoir, suggesting the efficiency of this fast new method in complex meander belt reser-voir modeling.