某特种交通装备纤维金属层板构件热气压成形应力应变分布与变形规律开题报告
2020-02-18 12:32:08
1. 研究目的与意义（文献综述）
1 development and significance of hot forming technology of fmls
1.1 introduction of fmls
fiber metal laminate (fml)[1] is a kind of interlaminar hybrid composite, also described as super hybrid laminate, which is made of metal sheet and fiber composite in alternate layers and solidified under certain temperature and pressure.
2. 研究的基本内容与方案
2 research content and methodology
2.1 main research content
the main content of this paper is to study the stress-strain behavior and deformation behavior of fmls in hot gas forming. according to the existing hot forming technology, the fmls are heated in the die, then applying the physical characteristics of the thermal soften and solidify under heat. the phenomenon relationship can be further obtained, from which scheme and the stress-strain behavior and deformation of the components are easily obtained. hence, the goal of improving the interface strength and avoiding the wrinkle defects in the suspended area can be realized.
3. 研究计划与安排
3 Schedule
| 1-2 (7 semesters 19-20 weeks) | Determine the selection of graduation design topics, improve the graduation design task book (related parameters), and collect information from inside and outside the school |
| 3(8 semesters 1 weeks) | Plan conception, literature search, completion of proposal report |
| 4-5（(8 semesters 2-3 weeks)） | Translation into English, re-collection of information |
| 6-8（8 semesters 4-6 weeks） | Design calculation, sketching (3.14 Open answer) |
| 9-11（8 semesters 7-9weeks） | Preparing drawings, preparation of design and calculation instructions (mid-term defense of paper), (4.25) |
| 12-14（8 semesters 10-12 weeks） | Collation of drawings and design and calculation instructions, arrangement of information kits, examination of defense qualification |
| 15（8 semesters 13 weeks） | The student applied for and prepared for the defense; the teacher reviewed the drawings and instructions |
| 16-17（8 semesters 14-15weeks） | To participate in the defense |
4. 参考文献（12篇以上）
4 reference documentation
[1]tao jie, li huaguan, pan lei, etc. research and development trend of fiber metal laminates [j] journal of nanjing university of aeronautics and astronautics,2015,47(5)626-636.
[2]tao jie, li huaguan, hu yubing. mechanical properties and forming technology of fiber metal laminate [j]. beijing science publishing house, 2017.3,3-4.
