[1] 国家自然科学基金，面上项目，电脉冲诱导多场耦合调控双性能钛合金摩擦焊接头组织及强韧化机制，2026-01至2029-12；

[2] 国家自然科学基金，面上项目，梯度束状NbC/Fe非均匀构型钢基复合材料的界面调控与强韧化机理，2023-01至2026-12；

[3] 国家外国专家项目 (国家级)，******高韧性化机理研究，2025-01-01至2026-12-31；

[4] 国家自然科学基金，青年项目，壁板零件喷丸渐进成形中应力场演化机制及增量预测方法，2019-01至2021-12；

[5] 航空科学基金，******组织演变机理研究，2023-03-01至2025-02-28；

[6] 西安理工大学国际合作项目，电脉冲调控TC21钛合金摩擦焊接头强韧化机制研究，2025-06至2027-05；

[7] 国家留学基金(CSC)，日本大阪大学访问学者，钛合金线性摩擦焊接头微观组织和力学性能关系研究，2023-03至2024-03；

[8] 中国博士后科学基金，面上项目，电弧增材制造铝合金凝固组织演变及硬化机理研究，2017-05至2019-05；

[9] 陕西省自然科学基金，面上项目，异种钛合金线性摩擦焊接头微观组织演变及断裂韧性关系研究，2021-01至2022-12；

[10] 教育部重点实验室基金，异种钛合金线性摩擦焊接头组织调控及断裂机理研究，2023-01至2024-12；

[11] 陕西省教育厅自然科学基金，电弧增材制备成形工艺研究，2017-06至2018-12；

[12] 陕西省西安市碑林区项目，电脉冲热/非热效应构筑钛合金摩擦焊接头双组态组织关键技术研究，2024-01-01至2025-12-31；

[13] 陕西省西安市碑林区项目，异种钛合金线性摩擦焊高韧性连接关键技术研究，2021-01至2022-12；

[14] 江苏省科技副总项目，异种钛合金摩擦焊接头断裂机理问题研究，2021-05至2023-05；

[15] 陕西省秦创原“科学家+工程师”队伍建设项目(省部级一般项目)，增材再制造用高耐磨耐腐蚀丝材研发，2024-01至2026-12；

[16] 企业委托(技术开发)，TC11钛合金锻件组织性能调控关键技术研发，2025-06至2026-12；

[17] 企业委托(技术开发)，TC4钛合金高强韧性优化关键技术开发，2024-01至2025-05；

[18] 西安理工大学博士启动基金，多层单道电弧增材制造成形组织性能研究，2016-10至2020-10.

学术论文

[1]     Pengkang Zhao*, Shaobo Yang, Renfeng Zhao*, Bo Shen, Shengxi He,Peihao Geng*, Qilong Yuan, Chao Yang, Chuanchen Zhang, Xinwei Wang, Yu-lungChiu, Ninshu Ma, Electropulsing-assisted microstructural regulation and fatigueenhancement in linear friction welded 7050 aluminum alloy, MaterialsCharacterization, 240 (2026) 117002. (SCI 一区)

[2]    Kang Sun, Xiao Xiao, Shigeaki Uchida, PengkangZhao, Dongsheng Wu*, Hisaya Komen, Ning Ma, Keke Zhang, Manabu Tanaka,Huijun Li (These authors contributed equally), Cathode jet and columnar grainsuppression in oscillating arc-wire directed energy deposition of titaniumalloy, Journal of Materials Processing Tech., 349 (2026) 119215. (SCI 一区 TOP)

[3]    Pengkang Zhao*, ZhenyuHong, Heng Li, Xudong Xiao*, Peihao Geng, Renfeng Zhao, Jun Tao, Chao Yang, RuiWen, Ninshu Ma, Mechanisms of fracture toughness enhancement in TC11/TC17linear friction welded joints via solution aging treatment, Trans. NonferrousMet. Soc. China, Accept.

[4]    Yang Gao, Shujin Chen*, Xinyi Chen, Xiaozhe Li,Zhihong Liu, Jihong Dong, Pengkang Zhao*, Effect of rotatingelectromagnetic field on the microstructural evolution of 2219-T6 aluminumalloy during friction stir welding, Journal of Manufacturing Processes, 150(2025) 714-725. (SCI 一区 TOP)

[5]    赵鹏康*, 洪振宇, 张敏, 肖旭东, 袁启龙, 陶军, ANTUNES Elsa, 麻宁绪，TC21钛合金线性摩擦焊接头高韧性化机理研究，机械工程学报，61(2025) 127-140. （EI检索）

[6]    尹奉祥, 袁亮, 孙德强, 李志强, 薛云龙, 赵鹏康, 梯度金属材料构筑及强-塑性机理[J].中国有色金属学报, 35 (2025) 1080-1100. （EI检索）

[7]    Pengkang Zhao, YingxinHu, Peihao Geng, Bo Shen, Liang Yuan, Juntao Zou, Ninshu Ma, Effectivetoughening of dissimilar Ti alloy friction welded joint by combiningelectropulsing thermal and athermal effects, Materials Science &Engineering A, 909 (2024) 146864. (WOS: 001259738300001, SCI 一区TOP)

[8]    Peihao Geng, Hong Ma, Pengkang Zhao*, NinshuMa, Miura Takuya, Hidetoshi Fujii, Effect of tool revolutionary pitch on heattransfer and material flow in Al/steel friction stir lap welding, Journal ofMaterials Processing Tech., 325 (2024) 118306. (WOS: 001172530100001, SCI一区TOP)

[9]    X. Xiao, D.S. Wu, H. Komen, L. Meng, W. Zhang, P.K.Zhao, et al. Influencing mechanisms of melt behavior on metal vaporcharacteristic and columnar grain formation in wire-arc directed energydeposition of titanium alloy, Additive Manufacturing, 82 (2024) 104029. (WOS:001185379400001, SCI 一区TOP)

[10]  Pengkang Zhao, YifanTao, Haiyan Chen*, et al., Texture characteristics and fracture mechanism oflinear friction welded joints of dissimilar titanium alloys after annealing,Materials Science & Engineering A, 866 (2023) 144709. (WOS:000976861600001, SCI一区TOP)

[11]  Qiaoling Chu, Yi Li, Qilu Cao, Min Zhang, JihongLi, Pengkang Zhao, et al. Microstructure and Mechanical Properties ofTi/Cu/Fe Dissimilar Joints, Journal of Materials Engineering and Performance,32 (2023) 4846-4859.

[12]  Pengkang Zhao*, YifanTao, Kui Fang, Meiling Guo, Qiaoling Chu, Jun Tao, Qilong Yuan, Yan Li,Microstructure, texture, and compressive properties of TC11/TC17 linearfriction welded joint at elevated temperatures, Materials Science &Engineering A, 854 (2022) 143880. (WOS: 000874971300001, SCI一区TOP)

[13]  Chu Q.L., Xia T., Zhao P.K., Zhang M., ZhengJ.M., Yan F.X., Cheng, P., Interfacial investigation of explosion-weldedAl/steel plate: The microstructure, mechanical properties and residualstresses, Materials Science & Engineering A, 833 (2022) 142525. (SCI 一区TOP)

[14]  Chu Q.L., Xia T., Zhang L., Zhao P.K., ZhangM., Zheng J.M., Yan F.X., Cheng P., Yan C., Structure-Property Correlation inWeld Metals and Interface Regions of Titanium/Steel Dissimilar Joints, Journalof Materials Engineering and Performance, 2022, DOI10.1007/s11665-022-06693-9.(SCI)

[15]  Wang L., Gao L.H., Shen J., Zhang Y.P., Liu G., ZhaoP.K., Zhang G.J., Eutectic Composition Design, Microstructure, and RoomTemperature Mechanical Property of NiAl-Cr-Ta Three-Phase Alloy, Metallurgicaland Materials Transactions A, 53 (2022) 1479-1485. (SCI)

[16]  Guo M.L., Wang C., Yang Z.C.*, Xu Z.T., Yang M.S., ZhaoP.K., Zhou Y., Li P.Y., Wang Q.D., Li Y., Controllable and scalablefabrication of superhydrophobic hierarchical structures for water energyharvesting, electronics, 11 (2022) 1651, (WOS:000803533000001)https://doi.org/10.3390/electronics11101651.

[17]  Xiao, XD; Zhang, BL; Qiao, D; Li, Y; Zhao, RF; Zhao,PK, On Variable Scale Evolution of Stress and Strain of TA2 Titanium Platein Combined Hammering, Coatings, 12 (2022) 1974, DOI10.3390/coatings12121974

[18]  Chu, QL; Li, Y; Cao, QL; Zhang, M; Zhao, PK;Yan, FX; Luo, HL; Wang, XD; Yan, C. Microstructure and mechanical properties ofCu/steel dissimilar joints, International Journal of Pressure Vessels andPiping, 200 (2022) 104828, DOI10.1016/j.ijpvp.2022.104828

[19]  Q.L. Chu, Q.L. Cao, M. Zhang, J.M. Zheng, P.K.Zhao, F.X. Yan, P. Cheng, C. Yan, H.L. Luo, Microstructure and mechanicalproperties investigation of explosively welded titanium/copper/steeltrimetallic plate, Materials Characterization 192 (2022) 112250.DOI10.1016/j.matchar.2022.112250

[20]  R.F. Zhao, R.Z. Pan, W.C. Gao, D.Y. Zhang, X.D.Xiao, P.K. Zhao, X.H. Zhu, Finite Element Analysis of Crack Propagationin Precise Separation Process of Tubing Eccentric Loading Fatigue Fracture,Applied Sciences-Basel 12 (2022) 5111. DOI10.3390/app12105111

[21]  Pengkang Zhao, ChenWei, Xudong Xiao, Qiaoling Chu, Jianping Niu, Meiling Guo, Chuanchen Zhang,Shujuan Li*, Min Zhang*, Thermal deformation mechanism of TC11/TC17 linearfriction welded joint during isothermal compression, MaterialsCharacterization, 178 (2021) 111319. (WOS: 000677525900001, SCI一区TOP)

[22]  Pengkang Zhao*, ChenWei, Yan Li, Jun Tao, Chuanchen Zhang, Xudong Xiao, Min Zhang, Effect of heattreatment on the microstructure, microhardness and impact toughness of TC11 andTC17 linear friction welded joint, Materials Science & Engineering A, 803(2021) 140496. (WOS: 000612652100002, SCI一区TOP)

[23]  Chu Q.L., Xia T., Zhang L., Zhao P.K., ZhangM., Zheng J.M., Yan F.X., Cheng P., Yan C., Interfacial microstructure andmechanical properties of titanium steel dissimilar joining, Material Letter,307 (2021) 131069. (SCI)

[24]  Guo M.L., Yang L., Yang Z.C., Zhang D.Y., WangQ.D., Li P.Y., Zhao P.K., Yang M.S., Li Y., Tribological behaviors ofoxygen-doped carbon coatings deposited by ion-irradiation-assisted growth,Surface & Coatings Technology, 425 (2021) 127689. (SCI)

[25]  赵鹏康*, 唐成, 杨明顺, 景张帅, 李言, TIG增材成形5356铝合金温度场数值模拟分析, 兵器材料科学与工程, 44 (2021) 71-77. (CSCD)

[26]  Zhao Pengkang*, FangKui, Tang Cheng, Niu Jianping, Guo Meiling, Effect of interlayer cooling timeon the temperature field of 5356-TIG wire arc additive manufacturing, ChinaWelding, 30 (2021) 17-24.

[27]  肖旭东, 李勇, 乔丹, 赵鹏康, 李鹏阳, 李言, 金属材料表面自纳米化技术研究进展, 塑性工程学报, 28 (2021) 9-18.

[28]  Pengkang Zhao*, Li Fu,Numerical and Experimental Investigation on Power Input during Linear FrictionWelding Between TC11 and TC17 Alloys, Journal of Materials Engineering andPerformance, 29 (2020) 2061-2072. (WOS: 000520916700003)

[29]  赵鹏康, 唐成, 蒲尊严, 李言, 李淑娟, TIG电弧增材制造5356铝合金微观组织与拉伸性能, 焊接学报, 41 (2020) 65-70. (EI: 20203809185620)

[30]  赵鹏康*, 蒲尊严, 杨笑宇, 李言, 李淑娟, 电流方式对5356-TIG增材制造组织性能的影响, 兵器材料科学与工程, 43 (2020) 47-51. (CSCD)

[31]  Xiao X.D., Li Y., Sun Y., Zhao P.K., GaoG.Q., Prediction of Peen Forming Stress and Curvature with Dynamic Response ofCompressively Prestressed Target, Journal of Materials Engineering andPerformance, 29 (2020) 2079-3091. (WOS: 000539480200002)

[32]  Z.Y. Yuan, B. Zhang, G.G. Yang, Z.C. Yang, A.F.Tang, S.J. Li, Y. Li, P.K. Zhao, Y.J. Wang, Multi-Scale Modeling ofCuring Residual Stresses in Composite with Random Fiber Distribution intoConsideration, Applied Composite Materials 26 (2019) 983-999.

[33]  Pengkang Zhao, LiFu*, Hanyan Chen, Low cycle fatigue properties of linear friction welded jointof TC11 and TC17 titanium alloys, Journal of Alloys and Compounds, 675 (2016)248-256. (WOS: 000373614400034, SCI一区TOP)

[34]  Pengkang Zhao, LiFu*, Strain hardening behavior of linear friction welded joints between TC11and TC17 dissimilar titanium alloys, Materials Science & Engineering A, 621(2015) 149-156. (WOS: 000347590600019)

[35]  Zhao Pengkang*, Fu Li,Zhang Tiancang, Zhong Dechao, Wang Peiyan, Stress-strain characteristics oflinear friction welding of TC11 and TC17 alloys, China Welding, 24 (2015) 1-5.(EI: 20152701007936)

[36]  Pengkang Zhao*, Li Fu,Dechao Zhong, Numerical simulation of transient temperature and axialdeformation during linear friction welding between TC11 and TC17 titaniumalloys, Computational Materials Science, 92 (2014) 325-333. (WOS:000340048100043)

发明专利

[1] 赵鹏康，李恒，雷逸凡，袁启龙，张敏，赵仁峰，肖旭东，郭美玲，李淑娟，TC4钛合金线性摩擦焊接头残余应力的轮廓法测量方法，2026-05-29，中国，专利号：2026107580640.

[2] 赵鹏康，蒋怡萱，郝方圆，王一龙，张敏，李淑娟，袁启龙，四自由度零件抓取装置及抓取方法，2025-6-9，中国，专利号：202510759712.X.

[3] 赵鹏康，李应辉，洪振宇，李恒，赵娜娜，张敏，李淑娟，低频率高压力的线性摩擦焊装置及焊接方法，2025-5-30，中国，专利号：2025107140557.

[4] 赵鹏康，郑坤，洪振宇，何圣曦，赵仁峰，张敏，李淑娟，五自由度搬运装置及搬运方法，2025-5-30，中国，专利号：2025107143998.

[5] 赵鹏康，洪振宇，肖旭东，赵仁峰，郝方圆，李恒，王一龙，袁启龙，张敏，李淑娟，提高钛合金摩擦焊接头强韧性的双组态网篮组织及其制备方法，2025-2-19，中国，专利号：2025101806668.

[6] 赵鹏康，申博，洪振宇，郝方圆，袁启龙，肖旭东，赵仁峰，张敏，李淑娟；高强铝合金摩擦焊接头电脉冲时效处理提高疲劳强度的方法，2024-12-27，中国，专利号：2024119480131.

[7] 赵鹏康，胡映鑫，申博，洪振宇，郝方圆，袁启龙，张敏，李言，高韧性钛合金线性摩擦焊接头的电脉冲强韧化处理方法，授权公告日：2025-2-7，中国，专利号：ZL2024105343336.

[8] 赵鹏康，胡映鑫，张敏，赵亦凡，潘必达，张垚君，陈皓彤，李言，基于电脉冲调控钛合金摩擦焊接头组织的方法，2023-6-13，中国，专利号：2023106987478.

[9] 赵鹏康，张敏，张开展，一种基于TIG增材制造提高铝合金各向强韧性的工艺优化方法，2023-6-9，中国，专利号：ZL2023106844949. 

[10] 赵鹏康，陶一凡，胡映鑫，申博，褚巧玲，郭美玲，袁启龙，张敏，李淑娟，李言，TC11与TC17异种钛合金线性摩擦焊接头断裂韧性的优化方法，2023-11-24，中国，专利号：ZL2022116852716.

[11] 赵鹏康，方魁，陶一凡，焦岩，褚巧玲，肖旭东，杨明顺，李言，一种带有智能清洗装置的鱼缸，2022-8-16，中国，专利号：ZL2021111133632.

[12] 赵鹏康，陶一凡，方魁，胡映鑫，褚巧玲，郭美玲，袁启龙，杨明顺，TC21钛合金线性摩擦焊接头力学性能优化方法，2022-6-17，中国，专利号：ZL2021114299004.

[13] 赵鹏康，方魁，肖旭东，杨明顺，李继红，张敏，一种基于热力耦合条件的钛合金摩擦焊接头优化方法，2022-4-12，中国，专利号：ZL2020115806001.

[14] 赵鹏康，唐成，魏晨，肖旭东，褚巧玲，郑建明，李淑娟，张敏，一种优化异种钛合金线性摩擦焊接头显微硬度的热处理方法，2021-12-17，中国，专利号：ZL2020107425313.

[15] 赵鹏康，魏晨，唐成，肖旭东，褚巧玲，李继红，李言，郑建明，一种提高钛合金线性摩擦焊接头冲击韧性的热处理方法，2021-12-17，中国，专利号：ZL2020107425328.

[1] 2026.01-2030.01，中国机械工程学会焊接分会青年常委；

[2] 2025.03-2030.03，担任西安市焊接学会秘书长；

[3] 2022.08-2026.08，中国机械工程学会焊接分会压焊委委员；

[4] 2022.08-2026.08，陕西省焊接学会委员；

[5] 2026.01-2030.12，《焊管》期刊青年编委；

[6] Materials Science and Engineering A, Materials Characterization, Journal of Alloys and Compounds等SCI期刊评审专家。

[1] 2025年，陕西省“科技副总”称号；

[2] 2025年，西安理工大学“优秀教师”荣誉；

[3] 2025年，西安理工大学“师德优秀教师”荣誉；

[4] 2024年，西安理工大学“师德优秀教师”荣誉；

[5] 2022年，西安理工大学“科研先进个人”荣誉；

[6] 2022年，西安理工大学“师德优秀教师”荣誉；

[7] 2021年，获得“陕西省课程思政示范课程和教学团队”荣誉；

[8] 2021年，荣获“江苏省科技副总”人才称号；

[9] 2016年，机械与精密仪器工程学院“先进个人”称号。