赵延广
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高级工程师
- 任职 : 工程力学实验教学中心副主任 工程力学系教学秘书
- 性别：男
- 毕业院校：大连理工大学
- 学位：博士
- 所在单位：力学与航空航天学院
- 学科：应用与实验力学
- 办公地点：综合实验2号楼 205
- 联系方式：bdbb55b2b68f55ae5d9f1d8f75989f0a3d17eb21bf1859b3abd69d4e08c6a6da1c5fc9cc21ee4d0ae76eabe06317e9adf462df9f0a75451dc7bf5485e3ccf5a18d00bfd59305a933ece62d75d4023d1a12bdf16bc37b10d2bdc4ecca91be09fec15a84979ee9ca8a1219d6293d64fca922a89b00acb8ca611cf05a1b44eb19c0
- 电子邮箱：a330bd52346bb7081a46a40d76ae62948a65adc3dbc227fc5d6ff2280a6dd781d447925110f7f6302c03992fc974d146fb5a7161db92680068af7abb9ff83e1df6b009b4ec889d7b42958e74e613a2fc03c7c7d883ed2bf252cbc49a3f017395d56c30d5bd3ef1b963af3f8bdcc0a5c7abeeca3511ba3b134838c36121f78e1f
访问量：
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[11]吕志阳.熊峻江,赵延广,马少俊.Ti-6Al-4V/ELI钛合金250℃裂纹扩展性能[J],航空材料学报,2022,38(4):123-129
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[12]Fan J.L..郭杏林,Crupi V.,Guglielmino E.,吴成伟,赵延广.Using infrared thermography in effect evaluation of heat treatments on martensite steel[J],Advanced Science Letters,2022,16(1):305-308
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[13]Fan, J.L..郭杏林,Crupi, V.,Guglielmino, E.,吴成伟,赵延广.Using infrared thermography in effect evaluation of heat treatments on martensitic steel[J],Advanced Science Letters,2022,16(1):305-308
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[14]吕志阳.熊峻江,马少俊,赵延广.4种典型航空钛合金材料高温裂纹扩展性能对比试验[J],航空动力学报,2022,32(11):2713-2720
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[15]赵延广.An energetic method to evaluate the macro and micro high cycle fatigue behavior of the aluminum alloy[J],Journal of Mechanical Engineering Science,2022
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[16]Fan, Junling.郭杏林,赵延广.An energetic method to evaluate the macro and micro high-cycle fatigue behavior of the aluminum alloy[J],PROCEEDINGS OF THE INSTITUTION OF MECHANICAL ENGINEERS PART C JOURNAL OF ME,2022,232(8,SI):1456-1469
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[17]Bao, Fuming.Chen, Bingzhi,赵延广,郭杏林.An Improved 2D Meshfree Radial Point Interpolation Method for Stress Concentration Evaluation of Welded Component[J],Applied Sciences Basel,2022,10(19)
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[18]徐威.赵延广,Chen, Xin,Zhong, Bin,Yu, Huichen,He, Yuhuai,Tao, Chunhu.An Ultra-High Frequency Vibration-Based Fatigue Test and Its Comparative Study of a Titanium Alloy in the VHCF Regime[J],Metals,2022,10(11)
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[19]赵延广.仲伟秋.Application of third moment method to time-dependent reliability of RC structures under chlorination and carbonation[A],10th International Conference on Application of Statistics and
Probability in Civil Engineering,2022:391-392
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[20]Fan, Junling.赵延广,郭杏林.A unifying energy approach for high cycle fatigue behavior evaluation[J],MECHANICS OF MATERIALS,2022,120:15-25