浮動定子240渦輪鉆具渦輪節(jié)設計【含CAD圖紙、說明書】

浮動定子240渦輪鉆具渦輪節(jié)設計【含CAD圖紙、說明書】,含CAD圖紙、說明書,浮動,定子,渦輪鉆具,渦輪,設計,cad,圖紙,說明書,仿單 中文摘要 浮動定子240渦輪鉆具渦輪節(jié)的設計 [摘要]：隨著鉆井業(yè)的發(fā)展，渦輪鉆具得到越來越廣泛的運用。渦輪鉆具具有較高的轉(zhuǎn)速，用它來鉆井、超深井能極大地提高鉆井的機械鉆速，縮短鉆井周期，從而節(jié)省鉆井費用。隨著鉆井深度不斷加深，小井眼鉆井特別需要小尺寸的井下動力鉆具。因此，設計開發(fā)小規(guī)格的新型的渦輪鉆具，對于滿足深井鉆井需要，加快石油勘探速度具有重要的意義。 渦輪鉆具具有較高的轉(zhuǎn)速，用它鉆井，特別是鉆深井、超深井、超深井能極大地提高鉆井的機械鉆速，縮短鉆井周期，從而節(jié)省鉆井費用。隨著鉆井深度不斷加深，小井眼鉆井特別需要小尺寸的井下動力鉆具。因此，設計開發(fā)小規(guī)格的新型渦輪鉆具，對于滿足深井鉆井需要，加快石油勘探速度具有重要意義。 本設計首先介紹了井下動力鉆具國內(nèi)外的發(fā)展狀況及特點，然后通過對各種方案的對比，選用固定定轉(zhuǎn)子，支撐節(jié)和渦輪節(jié)分開，渦輪節(jié)選用獨立懸掛形式。通過理論計算和結(jié)構(gòu)設計，確定渦輪節(jié)各部分的尺寸，并對定子、轉(zhuǎn)子、殼體、花鍵、軸等進行了結(jié)構(gòu)設計和強度校核。根據(jù)設計參數(shù)要求，進行了渦輪葉柵的水力設計，確定了渦輪定、轉(zhuǎn)子葉片的進口角和葉片安裝角，葉片造型設計。繪制了渦輪節(jié)裝配圖和主要零件圖。最后完成了主要零件的實體造型。 [關(guān)鍵詞]：渦輪鉆具；渦輪節(jié)；結(jié)構(gòu)設計；葉柵設計 The Design of Turbine Section toΦ240 Turbodrill [Abstract] With turbodrill developed,it’s more and more extensive to be applied.Aturbodrill has relatively high speed and can greatly increase the penetration rate,shorten the drilling cycle and save drilling costs.It is suitable to drill deep holi and ultra-deep well.Along with the increasing depth of the well,small well drilling need the turbodrill of small size.Therefore design and develop new light turbodrill to meet the needs of deep drillingand speed up the rate of oil exploration,which is of great signification. A turbodrill has relatively hign speed,and can greatly increase the penetration rate,shorten the drilling costs.It is suitable to drill deep hole and ultra-deep well.Along with the increasing depth of the well,small well drilling need the turbodrill of small size.Therefore design and develop new light turbodrill to meet the needs of deep drilling and speed up the rate of oil exploration,which is of great significance. Above all,the developing process and tendency of turbodrill have been introduced in this paper.Secondly,through the comparison of the various schemes.I determine to use fixed stator and fixed rotor,separate the bearing section and turbine section,and use independent turbine section flags.Through the theoretical calcution and structural design,turbine’s main dimensions have been realized.Then check the strength of the stator,rotor,shell,spline and inlet angle、outlet angle and setting angle of stator and rotor cascade has been calculated.The blade model has been designed.Then three-dimensional CFD of turbine was analyzed by FLUENT software.Mechanical performance was obtained.Its best perfprmance meets design requirements.I have drawn the main parts and the assembly drawing and the number is nine.At last the solid modeling of the main parts is finished. [Key word]turbodrill；turbine section；structural design；blade design