(1) 国家自然科学基金委员会, 重点项目, 52533017, 面向太空极端环境的高性能陶瓷纤维及制品设计与耐服役性能研究, 2026-01-01 至 2030-12-31, 230万元, 在研, 参与。

(2) 国家自然科学基金委员会, 青年科学基金项目（C类）[原青年科学基金项目], 52503348, 玄武岩-聚酰亚胺双螺旋芯鞘纱机械互锁机制及其太空适应性能研究, 2026-01-01 至 2028-12-31, 30万元, 在研, 主持。

(3) 国家自然科学基金委员会, 面上项目, 52373270, 锁嵌式柔态包裹宏量粒子流复合成纱机制及构性调控, 2024-01-01 至 2027-12-31, 51万元, 在研, 参与。

(4) 省部共建纺织新材料与先进加工技术国家重点实验室, 开放课题, FZJW2024005, 基于受限空间的纺纱气圈特高速旋转运动稳态调控机理研究, 2025-01 至 2027-01, 4万元, 在研, 主持。

[1] Lijun Chen, Fanggang Ning, Long Jin, Jie Wu, GaomingJiang, Pibo Ma, Hao Yu*, Fumei Wang*, Zhonglin Wang*, Chaoyu Chen*.Bionic Double-helix Braided Ultra-Stretchable Energy-Harvesting Yarns for Powerand Wearable Electronics[J]. Nano Energy, 2025.138:110832.

[2] Junjie Liu, Chaoyu Chen, Chao Liu, Chengyu Zhou, Mengran Li,Junzhe Jin, Baoyi Yao, Weilin Xu*, Liquan Jiang*, Hao Yu*. 2.5D textile evaporator with interfacialdirect-water-transport-pathway for salt rejection, highly efficient andendurable evaporation[J], ChemicalEngineering Journal, 2026. 542: 178281.

[3] Hao Yu, Junjie Liu, Zhongting Lic, XiaoJiang, Liquan Jiang*, Weilin Xu*. Sustainable Kapok/Cotton/Graphene-BasedTextiles for Thermal Regulation and Moisture Control with Innovative CompositeDesign [J]. Industrial Crops and Products, 2025.228:120930.

[4] Hao Yu, Jiajia Dai, Chi Zhang, Liquan Jiang*,Weilin Xu*. Pre-twisted carbon fibers reinforced polymer composites and theunique clockwise and counterclockwise torsion behaviors[J]. Carbon, 2025.236:120104.

[5] Wei Li, Bin Chen, Haipeng Ren, Shinchang Yang, RuichengZhang, Can Ge*, Duo Xu*, Hao Yu*. Scalable sewing textiles withoptimized electrothermal utilization for efficient all-day desalination[J]. Separationand Purification Technology, 2025.362:131782.

[6] Liquan Jiang, Chi Zhang, Junzhe Jin, Kunkun Zhu, YangLiu, Weilin Xu, Hao Yu*. Crosslinker-enhanced epoxy resin improvestorsional resistance of carbon fiber braided tubes: multiscale analysis offailure mechanisms [J]. Composites Science and Technology, 2025, 271:111339.

[7] Chi Zhang, Hongbo Hu, Yang Liu, Kunkun Zhu, LiquanJiang*, Hao Yu*, Weilin Xu. Universal mechanical modeling of fiberbundle under torsion: An experimental and numerical study[J], PolymerComposites, 2025.46(3):2124-2137.

[8] Yu Zhang, Yuxin Luo, Ya Huang, Mengqi Wang, Annan He,Jiaxing Chen, Xuelin Lu, Zhiyu Huang, Wei Ke*, Hao Yu*, Fengxiang Chen*.Desired Colors Diversity of Carbon Fiber with Excellent EnvironmentalSuper-Durability and Remarkable Flame Retardancy [J]. ACS Applied Materials& Interfaces, 2025.17(5):8340-8348.

[9] Hao Yu, Christopher Hurren, Xin Liu; StuartGordon, Xungai Wang*. A Modified Resistance to Compression (RtC) Test forEvaluation of Natural Fiber Softness[J]. Textile Research Journal, 2022,92(11-12): 1171-1781.

[10] Hao Yu, Shengming Yang, Wei Jiang, KeshuaiLiu, Liquan Jianga, Jun Chen, Zhujun Li, Zhigang Xia*, Weilin Xu. The Influenceof a Rotary Compact Groove Cylinder on the Properties of Ring Spun Yarn[J]. Journalof Natural Fibers, 2023, 20(1): 2172640.

(1) 余豪,杨圣明,蒋立泉,江伟,丁创,徐卫林; 调控高速纺纱气圈张力的立体空间受限装置及其应用, 2025-10-20,中国, 202511499436.4

(2) 余豪; 杨圣明; 江伟; 蒋立泉; 刘可帅; 徐卫林; 一种提高细纱机车速的装置和方法,2024-04-26,中国, 202410515581 .6

(3) 余豪; 孙悦; 李娟; 刘可帅; 陈军; 徐卫林; 新型麻纺下销,2024-08-20, 中国, 202211465220.2

(4) 余豪; 李娟; 孙悦; 刘可帅; 陈军; 徐卫林; 可拆卸式张力自调节麻纺下销,2025-12-05, 中国, 202211464493.5

(5) 余豪; 孙悦; 杨圣明; 江伟; 胡胜伢; 蒋立泉; 刘可帅; 徐卫林; 刚性纤维无捻缩复合纱线的制备方法,2025-11-07, 中国, 202310567380.6

(6) 余豪; 杨圣明; 刘可帅; 江伟; 陈军; 徐卫林; 可拆卸式张力自调节棉纺下销,2024-08-23, 中国, 202211464874.3

(7) 余豪; 石玉菲; 韩秀; 蒋立泉; 陈超余; 朱坤坤; 徐卫林; 生物可降解芯鞘中空结构的纤维防火阻燃纱线及制备方法,2025-10-21, 中国, 202411413998.8

(8) 余豪; 杨圣明; 刘可帅; 江伟; 陈军; 徐卫林; 细纱机牵伸摩擦力界自调节装置,2025-05-13, 中国, 202211466209.8

(9) 余豪; 韩秀; 蒋立泉; 陈超余; 杨圣明; 徐卫林; 玄武岩纤维基防火智能传感纱线及其制备方法, 2025-10-28,中国,202411280214.9

(10) 余豪; 李娟; 蒋立泉; 杨圣明; 江伟; 刘可帅; 徐卫林; 细纱机的最优效率控制方法,2023-06-07,中国, 202310675199.7

1. 湖北省科学技术进步三等奖，2025，省部级，序1；

2. 全国博士后创新创业大赛决赛（安徽省银奖），2025，国家级，序1；

3. 中国国际大学生创新大赛国家银奖，2024，国家级，序1