【摘要】：爆炸焊接作為一種特殊的焊接技術,爆炸焊接得到的爆炸復合板可以由多種金屬的組合而成,除了爆炸復合板之外,也可以有多種形式,特別是爆炸復合板的結合強度高,再加工性能也比較強,并且工藝簡單,制造好的產(chǎn)品便宜實惠,現(xiàn)在爆炸復合板也已經(jīng)廣泛應用到石油化工行業(yè)、冶金制品、機械鑄造、航天航空等諸多行業(yè)中。我們本次主要研究的內容發(fā)現(xiàn)爆炸復合板的結合界面還有裝藥量這兩者之間有關系。由于爆炸焊接的復合板之間有三種波形,希望通過研究達到小波狀或者微波狀來提高焊接質量。通過研究發(fā)現(xiàn)了結合界面與裝藥量他們之間有明顯的聯(lián)系。并且對可焊性窗口還有最佳裝藥量窗口的一些研究,發(fā)現(xiàn)了不等厚度布藥方式存在的優(yōu)點。根據(jù)以上研究和對爆炸焊接復合板施工工藝的嚴格控制,我們找到了關于T10的最佳裝藥量窗口,和工程實際中的關于S30403/Q345R的實際應用規(guī)范。并且獲得了較為突出的成果。
[Abstract]:Explosive welding is a special welding technology. The explosive composite plate obtained by explosive welding can be composed of a variety of metals. In addition to the explosive composite plate, it can also have many forms, especially the explosive composite plate has high bonding strength. Reprocessing performance is also relatively strong, and the process is simple, good products are cheap and affordable, explosive composite plate has been widely used in petrochemical industry, metallurgical products, mechanical casting, aerospace and many other industries. The main contents of our study show that there is a relationship between the interface of the explosive composite plate and the charge quantity. Because there are three kinds of waveforms between the explosive welded composite plates, it is hoped that the welding quality can be improved by studying the wavelet or microwave shape. It is found that there is an obvious relationship between the binding interface and the charge quantity. Some researches on solderability window and optimal charge window show the advantages of different thickness distribution. Based on the above research and strict control of the construction technology of explosive welded composite plate, we have found the optimal charge window for T10 and the practical application specification for S30403/Q345R in engineering practice. And has obtained the more outstanding achievement.
【學位授予單位】：安徽理工大學
【學位級別】：碩士
【學位授予年份】：2017
【分類號】：TG456.6

【參考文獻】

相關期刊論文 前10條

1 王建民;朱錫;劉潤泉;;爆炸焊接的應用與發(fā)展[J];材料導報;2006年01期

2 周樂文;金屬薄板的超聲波檢測[J];云南大學學報(自然科學版);2002年S1期

3 陸明,王耀華,尤峻,劉鵬;爆炸焊接可焊性窗口下限藥量試驗研究[J];焊接學報;2002年06期

4 楊揚,李正華,呂培成,高文柱,顏學柏,裴大榮,張新明;爆炸復合界面溫度場模型及應用[J];稀有金屬材料與工程;2000年03期

5 鄭遠謀,黃榮光,陳世紅;爆炸復合材料中金屬的強化[J];工程爆破;2000年01期

6 鄭遠謀;金屬爆炸復合材料的壓力加工[J];鋼鐵研究;1999年03期

7 馬東康,周金波;鈦/鋼爆炸焊接界面區(qū)形變特征研究[J];稀有金屬材料與工程;1999年01期

8 鄭遠謀,駱智君,張勤學,戚文軍;爆炸焊接結合區(qū)波形形成的金屬物理學機理Ⅱ.外因和內因的相互作用[J];廣東有色金屬學報;1998年02期

9 史長根,王耀華,洪津;爆炸焊接結合界面測試分析[J];理化檢驗(物理分冊);1998年07期

10 史長根,王耀華;爆炸焊接邊界效應的產(chǎn)生、發(fā)展和消除[J];焊接技術;1998年02期

，

本文編號：2387705