CAJ | 학술논문

现阶段井下应用的多臂井径仪中，各臂中都拥有着独立的传感器和探头，可以获取正确的井径信息，还可以相应的记录出不同方位方向中的套管内径值，以此来精准的取得腐蚀、断裂、弯曲、剩余壁厚、套管形变等信息。利用三维图形的模式绘制井径数据，能够直观的将结果体现给客户。也就是说，以数据特点进行分析，在研究和探索物体三维可视化技术的条件下，给予了较为简便的计算方式，对于三维重构能够细致的体现出来。本文以多臂井径仪三维成像系统的研究与实现为基本点，进行详细的分析。
현계단정하응용적다비정경의중，각비중도옹유착독립적전감기화탐두，가이획취정학적정경신식，환가이상응적기록출불동방위방향중적투관내경치，이차래정준적취득부식、단렬、만곡、잉여벽후、투관형변등신식。이용삼유도형적모식회제정경수거，능구직관적장결과체현급객호。야취시설，이수거특점진행분석，재연구화탐색물체삼유가시화기술적조건하，급여료교위간편적계산방식，대우삼유중구능구세치적체현출래。본문이다비정경의삼유성상계통적연구여실현위기본점，진행상세적분석。
Multi arm well application of downhole present diameter instrument,in each arm has an independent sensors and probes,can obtain the correct hole diameter information,can also be a corresponding record casing diameter values in different direction, in order to accurately obtain corrosion,fracture,bending,the remaining wall thickness the casing deformation,etc..Draw the caliper data using 3D graphics mode,can directly reflect the results to the client. That is to say,to analyze the characteristics of data,research and exploration in 3D visualization technology conditions,gives the calculation method is relatively simple,for the three-dimensional reconstruction can meticulous reflected.Based on the research of the multi arm caliper imaging system and its implementation as a basic point,has carried on the detailed analysis of.