曲 哲 | Me 曲 研 | Lab 教 学 | Teaching PQ-Fiber 阅 读 | Reading
欢迎来到曲研
Meet Members in Q's Lab
where we make a better world by innovations in Structural and Earthquake Engineering
博士后 | Postdoc
熊政辉 | XIONG Zhenghui
 
中国再保险(集团)股份有限公司博士后科研工作站
2019年10月至今, 内部导师:尹建明
From Oct. 2019, Advisor: Yin JM
 
面向巨灾保险的室内财产地震易损性研究
Vulnerability model of contents in buildings for catastrophe insurance
博士研究生 | Ph.D. Students
谢贤鑫 | XIE Xianxin
 
2016年10月至今, 第一导师:张令心
From Oct. 2016, Primary advisor: Zhang LX
 
RC框架中砌体填充墙的受力性能和地震易损性研究
The seismic behavior and fragility of masonry infills in reinforced concrete frame structures
1 谢贤鑫, 张令心, 曲哲*. 基于可修复性的砌体填充墙易损性研究. 建筑结构学报, 39(12), 2018: 159-167. | Xie XX, Zhang LX, Qu Z Reparability-based fragility analysis of masonry infills in buildings. Journal of Building Structures, 39(12), 2018: 159-167.
2 谢贤鑫, 张令心, 曲哲*. 砌体填充墙中塑钢门窗的地震易损性试验研究. 地震工程与工程振动, 39(4), 2019: 184-191. | Xie XX, Zhang LX, Qu Z. Experimental seismic fragility of windows and doors with plastic-steel frames in masonry infill walls. Earthquake Engineering and Engineering Dyanamics, 39(4), 2019: 184-191.
3 谢贤鑫, 张令心, 曲哲*. 足尺砌体填充墙在面内往复荷载作用下的易损性研究. 建筑结构学报, 41(6), 2020: 161-169. | Xie XX, Zhang LX, Qu Z. Seismic fragility of full-scale masonry infill subjected to in-plane cyclic loading. Journal of Building Structures, 41(6), 2020: 161-169.
4 Qu Z*, Xie XX, Fu HR, Zhang LX. Effect of prior in-plane damage on the out-of-plane strength of masonry infill walls. Engineering Structures, under review.
5 Xie XX, Zhang LX, Qu Z*. Experimental fragility of lightly reinforced masonry infill walls under in-plane loading. Journal of Earthquake Engineering, under review.
曹宇腾 | CAO Yuteng
 
2017年9月至今 | From Sep. 2017
 
高层建筑中非结构构件的地震损伤控制研究
Control of seismic damage to nonstructural components in high-rise buidings.
1 曹宇腾, 曲哲*, 纪晓东. 考虑结构地震反应特性的非结构构件动力加载制度. 世界地震工程, 34(4), 2018: 143-147. | Cao YT, Qu Z, Ji XD. Dynamic loading protocol for experiments of non-structural components considering the seismic response characteristics of buidings structures. World Earthquake Engineering, 34(4), 2018: 143-147.
2 Qu Z, Cao YT, Ji XD. A building-specific bi-directional dynamic loading protocol for experiments of non-structural components. 4th International Workshop on the Seismic Performance of Non-structural Element, Pavia, Italy, May 22-23, 2019: 591-598..
3 Qu Z*, Xie JZ, Cao YT, Li WJ, Wang T. Effects of strain rate on the hysteretic behavior of buckling-restrained braces. Journal of Structural Engineering, ASCE, 146(1), 2020: 06019003.
付皓然 | FU Haoran
 
2018年6月至今 | From Jun. 2018
 
防灾关键建筑的地震损失评估研究
Seismic loss evaluation of key facilities for earthquake disater prevention.
1 Qu Z*, He SW, Fu HR. Computational evaluation of the functional loss and recovery of individual buildings. Journal of Performance of Constructed Facilities, ASCE, 34(3), 2020: 04020042.
2 Qu Z*, Xie XX, Fu HR, Zhang LX. Effect of prior in-plane damage on the out-of-plane strength of masonry infill walls. Engineering Structures, under review.
3 付皓然, 曲哲*. 摩擦摆隔震层的瞬时偏心与扭转反应分析. 建筑钢结构进展, 已录用. |
Fu HR, Qu Z*. Transient eccentricity and torsional responses of base isolation layers of friction pendulum bearings. Progress in Steel Building Structures, accepted.
王飞剑 | WANG Feijing
 
2019年9月至今 | From Sep. 2019
 
大型工业管线的地震损伤和减震控制研究
Seismic damage control of large-scale pipe lines in industrial facilities.
1 Wang FJ, Qu Z*, Huang YL, Sun HL. Seismic vulnerability of rocking-dominated contents in base-isolated buildings. Soil Dynamics & Earthquake Engineering, under review.
硕士研究生 | Master Students
刘汉泉 | LIU Hanquan
 
2018年4月至今 | From Apr. 2018
 
建筑内部物品的地震易脆性模型研究
Seismic fragility models of contents in buildings.
1 Qu Z, Ji XD, Shi X, Wang YD, Liu HQ. Cyclic loading test of steel coupling beams with mid-span friction dampers and RC slabs. Engineering Structures, 203, 2020: 109876.
2 刘汉泉, 曲哲*. 建筑内部物品滑移破坏易脆性分析中的楼面运动强度指标. 世界地震工程, 36(2), 2020: 85-91. |
Liu HQ, Qu Z. An intensity measure of floor motions for seismic fragility analysis of sliding contents in buildings. World Earthquake Engineering, 36(2), 2020: 85-91.
李文俊 | LI Wenjun
 
2018年8月至今 | From Aug. 2018
 
考虑非结构损失的建筑物地震易损性模型研究
Seismic fragility models of contents in buildings.
1 Qu Z*, Xie JZ, Cao YT, Li WJ, Wang T. Effects of strain rate on the hysteretic behavior of buckling-restrained braces. Journal of Structural Engineering, ASCE, 146(1), 2020: 06019003.
王晓岳 | WANG Xiaoyue
 
2019年5月至今 | From May 2019
 
框架-摇摆墙结构的地震损伤控制研究
Seismic damage control of pin-supported wall-frame structures.
1 Qu Z*, Gong T, Wang XY, Li QQ, Wang T. Stiffness and strength demands for pin-supported walls in RC moment frames. Journal of Structural Engineering, ASCE, 146(9), 2020: 04020181.
冯云幸 | FENG Yunxing
 
2019年8月至今 | From Aug. 2019
 
吊顶的数值模拟与地震易脆性研究
Numerical modelling seismic fragility of suspended ceilings.
毕业生 | OBOG
雷远德 | LEI Yuande
工学硕士 (2014年7月) | M.E. (Jul. 2014)
导师:王涛 | Advisor: Wang T
现就职于中国建筑标准设计研究院
 
钢筋混凝土框架底层梁柱节点双向抗震性能研究
Seismic performance of beam-to-column joints in bottom story of RC moment resisting frames under bidirectional loading.
1 雷远德, 曲哲*, 王涛. 钢筋混凝土空间框架底层梁柱节点双向往复加载试验研究. 土木工程学报, 47(12), 2014: 64-72. | Lei YD, Qu Z, Wang T. Bidirectional cyclic loading tests on spatial beam-to-column joints in bottom story of RC moment resisting frames. China Civil Engineering Journal, 47(12), 2014: 64-72.
宫婷 | GONG Ting
工学硕士 (2015年7月) | M.E. (Jul. 2015)
导师:王涛 | Advisor: Wang T
现就职于中再巨灾风险管理股份有限公司
 
框架摇摆墙结构的抗震设计方法研究
Study on seismic design method of frame structures with rocking walls.
1 Qu Z, Gong T, Li QQ, Wang T. Evaluation of the fishbone model in simulating the seismic response of multistory reinforced concrete moment-resisting frames. Earthquake Engineering and Engineering Vibration, 18(2): 315-330.
2 Qu Z*, Gong T, Wang XY, Li QQ, Wang T. Stiffness and strength demands for pin-supported walls in RC moment frames. Journal of Structural Engineering, ASCE, 146(9), 2020: 04020181.
解晋珍 | XIE Jinzhen
工学硕士 (2016年7月) | M.E. (Jul. 2016)
导师:王涛 | Advisor: Wang T
现就职于金地集团华北区域胶东公司
 
菱形布置防屈曲支撑钢筋混凝土框架结构抗震性能研究
Seismic performance research of double K-braced reinforced concrete frames with buckling restrained braces.
1 解晋珍, 曲哲, 王涛. 折架在平面结构试验面外约束中的应用. 第24届全国结构工程学术会议论文集, 厦门, 2015年10月30-11月1日.
2 解晋珍, 曲哲*, 王涛. Q235钢芯材屈曲约束支撑的超强特性研究. 建筑结构学报, 37(3), 2016: 141-148. | Xie JZ, Qu Z, Wang T. Over-strength characteristics of buckling restrained braces made of Q235 steel. Journal of Building Structures, 37(3), 2016: 141-148.
3 Qu Z*, Xie JZ, Wang T, Kishiki S. Cyclic loading test of double K-braced reinforced concrete frame subassemblies with buckling restrained braces. Engineering Structures, 139, 2017: 1-14.
4 Qu Z*, Xie JZ, Cao YT, Li WJ, Wang T. Effects of strain rate on the hysteretic behavior of buckling restrained braces. ASCE Journal of Structural Engineering, 146(1), 2020: 06019003.
师骁 | SHI Xiao
工学硕士 (2016年7月) | M.E. (Jul. 2016)
现就职于国家电网四川省电力公司建设管理中心
 
近断层地震动作用下隔震建筑抗震性能研究
Study on seismic performance of base-isolated buildings under near-fault ground motions.
1 曲哲*, 师骁. 汶川地震和鲁甸地震的脉冲型地震动比较研究. 工程力学, 33(8), 2016: 150-157. | Qu Z, Shi X. Comparative study on the pulse-like ground motions in the Wenchuan and the Ludian earthquakes. Engineering Mechanics, 33(8), 2016: 150-157.
2 师骁, 王彦栋, 曲哲*, 纪晓东. 含摩擦阻尼器钢连梁的往复加载试验. 工程力学, 33卷增刊. | Shi X, Wang YD, Qu Z, Ji XD. Cyclic loading test of steel coupling beam with friction damper. Engineering Mechanics, 33(s1), 2016: 156-160.
3 Qu Z*, Ji XD, Shi X, Wang YD, Liu HQ. Cyclic loading test of steel coupling beams with mid-span friction dampers and RC slabs. Engineering Structures, 203, 2020: 109876.
贺思维 | HE Siwei
工学硕士 (2017年7月) | M.E. (Jul. 2017)
现就职于中国金茂(集团)股份有限公司
 
灾害作用下单体建筑的功能损失评估方法研究(黑龙江力学优秀硕士论文,2019年5月)
Computational evaluation of the functional loss of individual buildings under disasters.
1 贺思维, 曲哲*, 周惠蒙, 戴君武, 王多智. 非结构构件抗震性能试验方法综述. 土木工程学报, 50(9), 2017: 16-27. | He SW, Qu Z, Zhou HM, Dai JW, Wang DZ. State of the Practice Review of Testing Nonstructural Components in Seismic Areas. China Civil Engineering Journal, 50(9), 2017: 16-27.
2 贺思维, 曲哲*, 叶良浩. 建筑常用给水管道地震易损性试验研究. 土木工程学报, 51(10), 2018: 11-19. | He SW, Qu Z, Ye LH Experiment on the seismic fagility of water supply pipelines in buildings. China Journal of Civil Engineering, 51(10), 2018: 11-19.
3 Qu Z*, He SW, Fu HR. Computational evaluation of the functional loss and recovery of individual buildings. ASCE Journal of Performance of Constructed Facilities, 34(3), 2020: 04020042.
叶良浩 | YE Lianghao
工学硕士 (2018年7月) | M.E. (Jul. 2018)
现就职于都城伟业集团有限公司
 
采用不同减震结构体系的防灾关键建筑地震损失研究
Seismic loss of critical facilities protected by different passive control techniques.
1 叶良浩, 曲哲*, 贺思维, 朱文灿, 侯和涛. 刹车片型摩擦阻尼器的单轴力学性能试验研究. 土木工程学报, 51(7), 2018: 70-74. | Ye LH, Qu Z, He SW, Zhu WC, Hou HT. Experimental study on uniaxial mechanical properties of brake type friction damper. China Journal of Civil Engineering, 51(7), 2018: 70-74.
2 叶良浩, 曲哲*, 孙海林, 宫婷. 采用不同减震结构体系的医疗建筑地震经济损失评估. 建筑结构学报, 41(7), 2020: 15-26. | Ye LH, Qu Z*, Sun HL, Gong T. Earthquake loss evaluation of a medical facility seismically retrofitted by different seismic damage control methods. Journal of Building Structures, 41(7), 2020: 15-26.
李戚齐 | LI Qiqi
工学硕士 (2019年7月) | M.E. (Jul. 2019)
现就职于中国建筑标准设计研究院有限公司
 
明架矿棉板吊顶的地震损伤特征研究
Study on the seismic damage characteristics of suspended ceilings of exposed runners and mineral wool boards.
1 Qu Z*, Gong T, Li QQ, Wang T. Evaluation of the fishbone model in simulating the seismic response of multistory reinforced concrete moment-resisting frames. Earthquake Engineering and Engineering Vibration, 18(2), 2019: 315-330.
2 曲哲*, 裴永忠, 李戚齐, 宋前恩, 王亮. 结构-设备相互作用对某工业厂房地震反应的影响. 地震工程与工程振动, 38(4), 2018: 48-53. | Qu Z, Pei YZ, Li Qq, Song QE, Wang L. Effects of structure-equipment interaction on the seismic response of an industrial building. Earthquake Engineering and Engineering Dynamics, 38(4), 2018: 48-53..
3 李戚齐, 曲哲*, 解全才, 王多智. 我国公共建筑中吊顶的震害特征及其易损性分析. 工程力学, 36(7), 2019: 207-215. | Li QQ, Qu Z*, Xie QC, Wang DZ. Seismic damage characteristics and fragility of suspended ceilings in public buildings in China. Engineering Mechanics, 36(7), 2019: 207-215.
4 Qu Z*, Gong T, Wang XY, Li QQ, Wang T. Stiffness and strength demands for pin-supported walls in RC moment frames. Journal of Structural Engineering, ASCE, 146(9), 2020: 04020181.
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