casing depth 中文意思是什麼

casing depth 解釋
下套管深度
  • casing : n. 1. 裝箱,裝袋,入鞘。2. 〈集合詞〉包裝箱[鞘、袋、筒、框等]。3. (窗等的)框子;圍子;圍墻。4. (做香腸用的)腸衣。5. 外(車)胎;套管;罩殼。
  • depth : n. 1. 深;深度。2. (色澤的)濃度;(聲音的)低沉;(感情等的)深厚,深沉,深刻。3. 進深。4. 〈常 pl. 〉深處;深淵,深海,海。5. 正中,當中。6. 深奧,奧妙。
  1. 12 when 20 ” casing depth is attained, displace hole volume with high viscosity mud

    鉆達20英寸套管深度時,用高粘度泥漿替滿井眼。
  2. Abstract : anchor packer is one of the important downhole tools which areused in oil production and waterflood technical operation, such as layer waterflood, layer fracture or acidation, mechanical water block. after anchor is fixed in the simulated test unit, the invasion depth of the casing can be known with the help of the sensor around the casing wall, and then the failure degree is concluded. this is very important for the anchor packer design and site operation

    文摘:在油田開發中封隔器是實施機械採油、分層注水、分層壓裂或酸化、機械卡堵水等注采工藝作業的主要井下工具之一,封隔器上的卡瓦是保證工作可靠性的重要元件,把卡瓦安裝在模擬試驗裝置中,通過在套管壁周圍分佈位移傳感器,測得卡瓦錨定后切入套管壁深度,判斷卡瓦對套管的損傷程度,這對封隔器的設計和現場使用具有十分重要的意義。
  3. The software of analysis method of multi - armed caliper log imaging has been developed, and the on - site applied results show that the software can get the casing maximum drift diameter and effective drift diameter and simultaneously give the caliper hoop extension graph and cross section graph in arbitrary depth which can diagnose the sort and degree of casing deformation

    摘要研製了多臂井徑成像測井解釋方法軟體,現場應用結果表明:運行該軟體可以解釋得到套管最大通徑、有效通徑;同時給出任意深度井徑周向展開圖、橫截面圖,進而可判斷套變的種類和程度。
  4. Thereby, this paper has carried through an in - depth study on wear mechanism between tool joint of drill pipe and casing, problems caused by wear and measures to deal with wear based on researches at home and abroad. the research contents include : in order to reveal mechanism of wear occurred between tool joint and casing, distribution of the contact pressure between the tool joint and casing for different loads was obtained with finite element method. furthermore, the mathematical model of maximum contact pressure and the wear depth on casing was established

    所以,本文在國內外研究的基礎上,對鉆桿與套管摩擦磨損的機理、引發的系列問題及其預防措施進行了深入研究,研究內容主要包括:為探討鉆桿接頭與套管摩擦磨損的機理,採用有限元法研究了不同載荷下接頭與套管之間接觸壓力的分佈規律,並建立了最大接觸壓力與磨損量的數學模型。
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