姓名：顔子欽

職稱：高聘副研究員

導師類别：碩導

郵箱：yzq1172@hainanu.edu.cn

一、個人基本情況

顔子欽，男，1995年9月出生，工學博士，高聘副研究員，海南省高層次人才，海南大學清潔能源高效存儲與裝備團隊骨幹成員，中國機械工程學會會員，中國有色金屬協會會員。本科、碩士與博士均畢業于中南大學。主要研究方向為材料成形制造、高速率成形加工技術。目前以第一作者的身份在International Journal of Machine Tools and Manufacture、Journal of Materials Processing Technology、Journal of Manufacturing Processes等SCI一區高水平期刊上發表論文。

二、主要研究方向

電磁成形、高速率成形、闆料沖壓技術、模具制造設計、雙極闆制造

三、開設課程

《工程技術創新與實踐》

四、代表性研究成果

學術論文

[1] Yan Z Q, Xiao A, Zhao P, et al. Deformation behavior of 5052 aluminum alloy sheets during electromagnetic hydraulic forming[J]. International Journal of Machine Tools and Manufacture, 2022,179: 103916. (中科院一區, IF:14.0，在全球135種機械工程SCI收錄期刊中排名第二)

[2] Yan Z Q, Xiao A, Wang H P, et al. Improved forming height and reduced energy consumption through an optimized hybrid quasi-static and high-speed forming strategy[J]. Journal of Materials Processing Technology, 2024, 332:118576.(中科院一區, IF:6.7)

[3]Yan Z Q, Wen W, Wang H P, et al. Electromagnetic hydraulic blanking flanging integrated process, Journal of Materials Processing Technology, 2025, 337: 118745.(中科院一區, IF:6.7)

[4] Yan Z Q, Xiao A, Cui X H, et al. Magnetic pulse welding of aluminum to steel tubes using a field-shaper with multiple seams. Journal of Manufacturing Processes, 2021,65: 214-227.(中科院一區, IF:6.1)

[5] Yan Z Q, Xiao A, Zhao P, et al. Microstructure and mechanical properties of AA5052 after electromagnetic hydraulic forming[J]. Materials Characterization, 2023,205: 113347.(中科院一區, IF:4.8)

[6] Yan Z Q, Xiao A, Zhao P, et al. Manufacture of complex shape parts by high-speed electromagnetic hydraulic forming method. Archives of Civil and Mechanical Engineering, 2022,22: 113-127.

[7] Yan Z Q, Xiao A, Cui X H, et al. Fracture behavior of 7075-T6 aluminum alloy under electromagnetic forming and traditional stamping. Archives of Civil and Mechanical Engineering, 2021,21: 134-149.

[8] Yan Z Q, Cui X H, Xiao A, et al. Improvement of circular hole flanging height using multi-directional electromagnetic flanging[J]. The International Journal of Advanced Manufacturing Technology, 2022,122(3-4): 1281-1292.

[9] Yan Z Q, Lin L, Chen Y, et al. Electromagnetic flanging using a field shaper with multiple seams[J]. The International Journal of Advanced Manufacturing Technology, 2022,120: 1747-1763.

[10] Yan Z Q, Du Z H, Cui X H, et al. Springback and deformation uniformity of high-strength aluminum alloy sheet using electromagnetic forming[J]. International Journal of Advanced Manufacturing Technology, 2021,5/6: 114-130.

專利

[1] 崔曉輝，顔子欽，喻海良，肖昂，杜志浩，夏雯桢. 一種接線端子的電磁成形系統及其成形方法:ZL202010811946.1[P].2022-4-26.（作為技術入股成果之一進行轉化，技術成果價格1000萬元）

[2] 崔曉輝，顔子欽，夏雯桢，喻海良，黃長清，代鵬逸. 一種用于管件的電磁-流體沖擊複合成形裝置及其成形方法:ZL202010228885.6[P].2022-5-27.

[3] 崔曉輝，顔子欽，黃長清，夏雯桢，杜志浩，肖昂. 一種用于闆材的多點-電磁氣化複合成形裝置及成形方法:ZL 201911368389.4[P].2021-8-18.

[4] 崔曉輝，顔子欽，黃長清，喻海良，代鵬逸. 一種闆管類零件的通用電磁成形裝置：ZL201910931585.1[P].2021-7-13.

[5] 崔曉輝，顔子欽，喻海良，代鵬逸，黃長清. 一種設有随形組合式線圈的大尺寸闆料成型裝置及方法:ZL201910931576.2[P].2021-8-17.