【摘要】：注水管內(nèi)壁切削除垢技術是一種機械除垢的加工方式,能有效地增大工作內(nèi)徑,提高注水壓力,從而提高注水效率。相對于化學除垢以及高壓水射流除垢,機械除垢更加環(huán)保、操作更加方便,除垢效果也更加顯著,因此研究注水管內(nèi)壁切削除垢的應用具有重要意義。本論文在分析注水管內(nèi)壁垢物主要成分的基礎上,對垢物的切削機理進行了研究,從而得出垢物切削機理模型。根據(jù)垢物切削機理模型的特點,對注水管內(nèi)壁切削除垢刀具進行了設計和制造,并對所設計的刀具進行有限元結(jié)構靜力分析,計算了其強度、剛度,確定了刀具結(jié)構參數(shù)。在垢物切削機理模型的基礎上,對注水管結(jié)垢試件進行了切削除垢試驗,分析了轉(zhuǎn)速和進給量對切削力、切削效率的影響,獲得了切削除垢合理的動力和運動參數(shù),為除垢裝置的動力和運動設計提供了依據(jù)。本課題旨在對注水管內(nèi)壁切削除垢技術進行試驗和理論研究,通過對脆性材料切削機理的研究及設計合適的切削裝置,進一步提高注水管除垢的效率和可靠性,這對于注水管內(nèi)壁除垢技術實踐應用具有現(xiàn)實指導意義。
[Abstract]:The technology of cutting and removing scale in the inner wall of water injection pipe is a kind of machining method of mechanical scale removal, which can effectively increase the working inner diameter and water injection pressure, thus improving the efficiency of water injection. Compared with chemical scale removal and high pressure water jet scale removal, mechanical scale removal is more environmentally friendly, easier to operate and more effective. Therefore, it is of great significance to study the application of cutting scale removal in the inner wall of water injection pipe. Based on the analysis of the main components of the dirt in the inner wall of the water injection pipe, the cutting mechanism of the scale is studied in this paper, and the cutting mechanism model of the scale is obtained. According to the characteristics of the scaling cutting mechanism model, the scale removal tool for cutting the inner wall of water injection pipe is designed and manufactured. The finite element structure static analysis of the designed tool is carried out, the strength and stiffness of the tool are calculated, and the structural parameters of the tool are determined. Based on the model of scale cutting mechanism, the scale removal test was carried out on the scale forming specimen of water injection pipe. The effects of speed and feed rate on cutting force and cutting efficiency were analyzed, and the reasonable dynamic and motion parameters of cutting scale removal were obtained. It provides the basis for the dynamic and motion design of the scale removal device. The purpose of this subject is to test and study the scale removal technology of water injection pipe's inner wall. Through the research on cutting mechanism of brittle material and the design of suitable cutting device, the efficiency and reliability of scale removal of water injection pipe can be further improved. This is of practical significance for the practical application of scale removal technology in the inner wall of water injection pipe.
【學位授予單位】：西安石油大學
【學位級別】：碩士
【學位授予年份】：2015
【分類號】：TE934.1

【參考文獻】

相關期刊論文 前10條

1 蔡傳榮,張瓊;單晶硅硬度壓痕裂紋的特征[J];電子顯微學報;1996年06期

2 郜偉;張銀霞;;硅片加工損傷機理的壓痕、劃痕研究[J];電子質(zhì)量;2008年08期

3 孫定華;;高壓水射流技術在石化管道清洗中的運用[J];化學工程與裝備;2008年06期

4 秦國治,田志明;高壓水射流清洗技術及其應用[J];管道技術與設備;2001年01期

5 陳明君,董申,李旦,張飛虎;脆性材料超精密磨削時脆轉(zhuǎn)變臨界條件的研究[J];高技術通訊;2000年02期

6 劉衛(wèi)國;李國富;;磁處理的除垢機理探討[J];工業(yè)安全與環(huán)保;2008年02期

7 陳明君,董申,李旦,張飛虎;單晶硅脆性材料塑性域超精密磨削加工的研究[J];航空精密制造技術;2000年02期

8 徐西鵬,駱燦彬,黃輝,沈劍云;鋸、磨過程中花崗石去除機理及其對鋸切過程影響[J];金剛石與磨料磨具工程;1997年05期

9 馬超,趙林,林曉紅,劉志遠;油田BaSO_4垢除垢技術研究進展[J];石油天然氣學報(江漢石油學院學報);2005年S4期

10 李媛;;淺談油田注水結(jié)垢現(xiàn)象[J];內(nèi)蒙古石油化工;2013年09期

相關博士學位論文 前3條

1 李東升;集成電路用直拉單晶硅力學性能[D];浙江大學;2002年

2 李遠;花崗石超大切深鋸切機理與技術研究[D];華僑大學;2004年

3 霍鳳偉;硅片延性域磨削機理研究[D];大連理工大學;2006年

，

本文編號：2382993