熱處理對原位TiB和La2O3增強IMI834拉伸性能的影響
發(fā)布人：上海艾荔艾合金股份有限公司www.shailiai.cn
更新時間：2016-01-19
研究α+β、β和β三段熱處理方法對原位自生TiB和La2O3增強鈦基復合材料組織和拉伸性能的影響。用金相顯微鏡、掃描電子顯微鏡進行組織和增強體觀察，熱處理后對材料進行室溫和高溫拉伸實驗。結果表明，熱處理前、后增強體穩(wěn)定。α+β熱處理得到雙態(tài)組織，β和β三段熱處理得到片層組織。α+β熱處理后試樣的室溫和高溫拉伸性能較好，β三段熱處理后的室溫和高溫拉伸性能均優(yōu)于β熱處理的。
熱處理對原位TiB和La2O3增強IMI834拉伸性能的影響Effect of heat treatment on tensile properties of?in situ synthesized (TiB+La2O3)/Ti composite研究α+β、β和β三段熱處理方法對原位自生TiB和La2O3增強鈦基復合材料組織和拉伸性能的影響。用金相顯微鏡、掃描電子顯微鏡進行組織和增強體觀察，熱處理后對材料進行室溫和高溫拉伸實驗。結果表明，熱處理前、后增強體穩(wěn)定。α+β熱處理得到雙態(tài)組織，β和β三段熱處理得到片層組織。α+β熱處理后試樣的室溫和高溫拉伸性能較好，β三段熱處理后的室溫和高溫拉伸性能均優(yōu)于β熱處理的。
The effects of α+β, β and β triplex heat treatment on microstructure and mechanical properties of in situ synthesized (TiB+La2O3)/Ti composite were studied. The microstructures and reinforcements were examined by means of optical microscopy and scanning electron microscopy. Room and high temperature tensile properties of the specimens were tested. The results show that TiB and La2O3?are stable after heat treatment. Duplex structures are obtained after α+β heat treatment. Laminar α structures are gained after β and β triplex heat treatment. Room and high temperature tensile properties of the specimens after α+β and β triplex heat treatment are better than those after β heat treatment.
作為值得信賴的合作伙伴和高品質金屬合金的半成品供應商，艾荔艾擁有完善的服務體系和專業(yè)的團隊。在同客戶交易的過程中，我們力求根據(jù)不同的應用需求將我們的產品做到精益求精。針對當前和未來的市場需求，艾荔艾致力于為客戶提供最佳的金屬材料解決方案。
AILIAI has been a reliable partner and supplier of sophisticated and high-quality semi-finished products maed of alloys. In dialogue with our customers, we optimise our products to meet the specific application requirements. AILIAI develops the best alloy material solutions for current and future challenges.
獲取更多我們供應的合金和服務信息，請致電086-021-67660801或發(fā)電子郵件[email protected]聯(lián)系我們，您也可以通過微博，微信，領英和推特與我們互動。
For more information on the alloys and services that we supply,?call us?at 086-021-67660801 or email us at [email protected]. You can also get in touch on social media, we are constantly active on?Weibo,?Weixin,?LinkedIn?and?Twitter.