%0 Journal Article
%T 7系列高强度铝合金铆钉结构优化试验研究<br>Experimental Study on the Structure Optimization of 7 Series High Strength Aluminum Alloy Rivet
%A 王洋
%A 刘娅婷
%A 刘召鑫
%A 李建冬
%A 刘双蕾
%A 张兆
%J Mechanical Engineering and Technology
%P 53-62
%@ 2167-6623
%D 2024
%I Hans Publishing
%R 10.12677/met.2024.132006
%X 7系列高强度铝合金铆钉是未来取代2系列铝合金铆钉的重要连接件，在航空、航天领域具有广阔的应用前景。结合当前航天领域大范围应用自动化技术的现状，有必要对7系列高强度铝合金铆钉进行适应自动钻铆应用的结构改进。本文通过试验研究，验证了结构改进后的铆钉在铆接过程中的适应性，及其在力学性能方面的可靠性，为新材料、新结构铆钉的标准制定和应用推广奠定了技术基础。<br />
7 series high strength aluminum alloy rivet is an important connector to replace 2 series aluminum alloy rivet in the future, and has a broad application prospect in the aerospace field. Considering the current situation of large-scale application of automation technology in the aerospace field, it is necessary to improve the structure of 7 series high strength aluminum alloy rivet to adapt to the application of automatic drilling and riveting. Through experimental research, the adaptability of the improved rivet in the riveting process and its reliability in mechanical properties are verified, which lays a technical foundation for the standard formulation and application promotion of new materials and new structure rivets.
%K 高强度，铝合金，铆钉结构，优化试验，研究<br>High Strength
%K Aluminum Alloy
%K Rivet Structure
%K Optimization Test
%K Research
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=83967