論文專著：
相關成果發表學術論文200余篇，其中SCI收錄110篇、EI收錄90篇，被Hoek、Brown等國內外學者他引6500余次； 出版中英文專著4部、編著1部。
出版專著：
[1] Zuo Jianping，Shen Jiayi. The Hoek-Brown Failure Criterion-From theory to application. Springer，2020年1月3日
[2]左建平，周宏偉，鞠楊. 熱力耦合作用巖石的微細觀破壞力學. 科學出版社出版，2019年5月 (國家科學技術學術著作出版基金資助項目)
[3]左建平，陳巖，王超. 深部煤巖組合體破壞力學及模型. 科學出版社(中國博士后基金文庫)，2017年4月
[4]左建平，曹光明，孫運江，王金濤，陳巖. 采礦圍巖破壞力學與全空間協同控制實踐. 科學出版社，2016年2月
[5]左建平, 趙志宏, 王毅遠, 翁孟嘉, 劉曉麗, 李明耀 編著. 能源綠色開發與低碳城市建設新進展 (2018海峽兩岸暨港澳青年科學家學術活動實錄及論文集). 煤炭工業出版社，2019年6月
[6]朱建明，左建平, 史紅邈, 解鵬雁，李紹臣，陳紹杰，李春元，吳培林. 低滲透高瓦斯煤層安全開采技術. 中國礦業大學出版社，2021年9月
發表部分英文期刊論文：
[1]ZUO Jian-ping, LIU Hai-yan, LIU De-jun, ZHU Fan, ZHAO Wei-ping, ZHANG Qi, LI Jie-hua. Theoretical analysis and numerical simulation on the coupled support technology of concrete-filled steel tube and bolt-cable in deep roadway. Journal of Central South University, 2023, 30(1): 257–275.
[2]Zhao, Shankun; Qin Kai; Yu Xiang; Xu, Xiaowei; Chao Qian; Zhou Nan; Zuo Jianping*. Acoustic emission failure experiments and space-time evolution mechanism of coal samples with different gangue contents. Journal of porous media, 2023, 26(3): 103-115.
[3]Wang Zhaofeng, Pang Pengzhi, Zuo Jianping*, YaohuiGao. A generalized nonlinear three-dimensional failure criterion based on fracture mechanics. Journal of Rock Mechanics and Geotechnical Engineering, 2023,15:630-640.
[4]Hong, Zijie; Zuo, Jianping*; Li, Zhenhua; Xu, Lei. Characterization and field application of a novel dual-liquid gas leakage material: Mechanical properties and microscopic hydration mechanism. PloS one, 2023, 18 (4).
[5]Yunjiang Sun, Jianping Zuo*, Changning Mi, Yubao Li, Genshui Wu, Meilu Yu, Junhui Yang. Investigation on fault activation induced floor water inrush and its pressure relief control in 1000-m depth coal mine. Bulletin of Engineering Geology and the Environment, 2023, 82(6): 222.
[6]Ma Zongyu, Zuo Jianping*. Zhu Fan, Liu Haiyan, Xu Chengyi. Non-orthogonal failure behavior of roadway surrounding rock subjected to deep complicated stress. Rock Mechanics and Rock Engineering, 2023,s00603-023-03397-x.
[7]Yan Chen, Lei Zhou, Gaofei Wang, Tenglong, Rong, Shuai Heng, Jianping Zuo*. Crack growth behavior and failure prediction for a granite under compressive fatigue. Mechanics of Time-Dependent Materials. 2023,30(7),2284-2301.
[8]Haiyan Liu; Jianping Zuo*; Chunwang Zhang; Kaijun Wu; Bo Lei. Asymmetric deformation mechanism and control technology of roadway under the room and pillar group in Huasheng coal mine. Journal of Central South University, 2023,27(2),449-467.
[9]Chen, Yan; Yang, Yang, Jiangfan ; Li, Meiheng ; Zhou, Lei;Guo, Baohua; Zuo, Jianping*.Effects of roughness on shear properties and acoustic emission characteristics of bonded Rock-Concrete interfaces. Construction And Building Materials. 2023,398,132405.
[10]Zhao, Shankun; Qin, Kai ; Yu, Xiang; Xu, Xiaowei ;Chao, Qian; Zhou, Nan ; Zuo, Jianping*. Journal Of Porous Media. 2023,26(3),103-115.
[11]Hong Zijie, Zuo Jianping等. Characterization and field application of a novel dual-liquid gas leakage material: Mechanical properties and microscopic hydration mechanism； PONE-D-22-23213R3，PLOS One,2023,18(4),0284140.
[12]Lei Wang, Bing Bai, Hui Bai*, Yongliang Duan*, Mingxue Yang, Zhongzeng Wei, Zhijun Zuo, Jianping Zuo, Wei Huang*. Oxygen vacancy regulation of microenviroment of Cu/ZnO catalyst for syngas conversion. Fuel, 2023, 349: 128506.
[13]Liu, Dejun ;Tian, Cong ;Zuo, Jianping ; (Wang, Fei) ; Hu, Qunfang. Mechanical behaviour of shield tunnel linings strengthened by steel plates spanning circumferential joints. Structure And Infrastructure Engineering . 2023,2211964.
[14]Ning Wang; Shifeng Dai*; Victor P. Nechaev; David French; Ian T. Graham; Fenghua Zhao; Jianping Zuo.Isotopes of carbon and oxygen of siderite and their genetic indications for the Late Permian critical-metal tuffaceous deposits (Nb-Zr-REY-Ga) from Yunnan, southwestern China.Chemical Geology, 2022, 592(120727).
[15]Meilu Yu, Jianping Zuo*, Yunjiang Sun, Changning Mi, Zhengdai Li. Investigation on Fracture Models and Ground Pressure Distribution of Thick Hard Rock Strata in Mining Process. International Journal of Mining Science and Technology, 2022, 32(1): 137-153.
[16]Shi Yue, Yun Xiaopeng*, Zuo Jianping*, Zhengdai Li, Yunjiang Sun and Meilu Yu. Investigation on Coal Pillar Stability between Different Shapes of Gasifier Cavities under High Temperatures during UCG. Geofluid, 2022, Article ID 7809560.
[17]Jianping Zuo*, Genshui Wu*, Jian Du, Bo Lei, Yubao Li. Rock Strata Failure Behavior of Deep Ordovician Limestone Aquifer and Multi‑level Control Technology of Water Inrush Based on Microseismic Monitoring and Numerical Methods. Rock Mechanics and Rock Engineering, 2022, 55: 4591–4614.
[18]]Li Zhendai, Zuo Jianping*, Sun Yunjiang. Investigation on Sandstone Wave Velocity Variation and the Stress Response of Pore Structure. Bulletin of Engineering Geology and the Environment, 2022, 81(6): 237.
[19]Chunyuan Li*, Jianping Zuo*, Shikun Xing, Weisheng Du, Xiaoyu Chuai. Failure behavior and dynamic monitoring of floor crack structures under high confined water pressure in deep coal mining: A case study of Hebei, China. Engineering Failure Analysis, 2022, 139(4): 106460.
[20]Xiaoyan Zhang*, Kaiyuan Wei, Jianping Zuo*, Yike Zhou, Yajun Hu. Effects of admixtures on the mechanical characteristics and microstructure of coral aggregate mortar. Journal of Building Engineering, 2022, 60: 105182.
[21]Changning Mi, Jianping Zuo*, Yunjiang Sun, Shankun Zhao. Investigation on rockburst mechanism due to inclined coal seam combined mining and its control by reducing stress concentration. Natural Resources Research, 2022; 31(6): 3341-3364.
[22]Chunyuan Li*, Jianping Zuo*, Xuanhao Huang, Genshui Wu, Yubao Li, Shikun Xing. Water Inrush Modes Through a Thick Aquifuge Floor in a Deep Coal Mine and Appropriate Control Technology: A Case Study from Hebei, China. Mine Water and the Environment.
[23]Kozyrev Anatoly, Batugin Andrian*, Zuo Jianping*, Zhukova Svetlana. The Impact of Surface Water Seepage on Seismicity and Rockbursting in Mines. Sustainability, 2022, 14(22): 15414.
[24]Shankun Zhao, Xiaowei Xu, Liu Yang, Kai Qin; Xiang Yu, Qian Cha, Nan Zhou, Jianping Zuo*. Investigation on the mechanical properties of shale subjected to different conditions based on nanoindentation experiments and numerical simulation. Case Studies In Construction Materials, 2022, 17: e01438.
[25]Zijie Hong, Jianping Zuo*. Effects of Different Ion Erosion on the Hydration Mechanism and Microstructure of Nano-Clay Single-Liquid Grouting Material. Frontiers In Physics, 2022, 10: 856062.
[26]Zhao, SK ; Chao, Q ; Yang, L ; Qin, K ; Zuo, JP. A Review on Application of Acoustic Emission in Coal-Analysis Based on CiteSpace Knowledge Network . Processes. 2022,10(11):10112397.
[27]Cao, Ying;Li, Mingrui ;Zuo, Jianping*. Evaluation Analysis and Recommendations for the Development of the Menda Railway Site Based on TOPSIS Model. Susainability.2022,14(15),14159594.
[28]Dejun Liu*, Qi Shang; Meng Li, Jianping Zuo*; Yang Gao; Fei Xu. Cracking behaviour of tunnel lining under bias pressure strengthened using FRP Grid-PCM method. Tunnelling and Underground Space Technology, 2022, 123 : 104436.
[29]Mingxuan Zhou, Shifeng Dai*, Zhen Wang, Baruch F. Spiro, Avner Vengosh, David French, Ian T. Graham, Fenghua Zhao, Jianping Zuo, Jingtao Zhao, The Sr isotope signature of Wuchiapingian semi-anthracites from Chongqing, southwestern China: Indication for hydrothermal effects. Gondwana Research, 2022, 103, 522–541.
[30]Bing Bai, Hui Bai*, LeiWang, Zilin Wang, Yonghui Bai, Jianping Zuo, Vladimir A.Vinokurov, Wei Huang*. New mechanistic insights into direct ethylene glycol synthesis from syngas over modified Rh carbonyl catalysts. Fuel, 2022, 324(Part A): 124500.
[31]Jiashun LIU; Kaixin Zhu; Yang Shen; Yu Ren; Jianping Zuo; Xuefeng Zhang. Experimental investigation on the deformation and non-coaxial characteristics of fiber-reinforced aeolian soil under traffic load. International Journal of Geomechanics，2022, 22(5): 04022054.
[32]Shi, Suzhen ;Li, Mingxuan; Gao, Weixu; Shi, Guifei; Bai, Jiebin ; Zuo, Jianping. Improved Unet in Lithology Identification of Coal Measure Strata . Lithosphere. 2022,2022(12),4087265.
[33]Yingjie Li*, Lihong Song, Yuanjun Tang, Jianping Zuo, Dongjie Xue. Evaluating the mechanical properties of anisotropic shale containing bedding and natural fractures with discrete element modeling. International Journal of Coal Science & Technology, 2022, 9: 18.
[34]Liu, Dejun*; Xia, Zhiheng; Wang, Jun; Zuo, Jianping*.Flexural strengthening mechanism of concrete-filled steel tube beam by welding round steel at soffit of the beam.Structures, 2021, 34: 2243-2261.
[35]Liu, Dejun*; Tian, Cong; Wang, Fei; Hu, Qunfang; Zuo, Jianping.Longitudinal structural deformation mechanism of shield tunnel linings considering shearing dislocation of circumferential joints.Computers and Geotechnics, 2021, 139: 104384.
[36]Li, Yingjie; Wang, Shutai; Zheng, Liange; Zhao, Shankun*; Zuo, Jianping*.Evaluation of the fracture mechanisms and criteria of bedding shale based on three-point bending experiment.Engineering Fracture Mechanics, 2021, 255: 107913.
[37]Weilv Wu, Wenbin Xu*, Jianping Zuo*. Effect of inclined interface angle on shear strength and deformation response of cemented paste backfill-rock under triaxial compression. Construction and Building Materials, 2021, 279: 122478.
[38]Chunyuan Li, Jianping Zuo*, Yue Shi, Chunchen Wei, Yuqing Duan,·Yong Zhang, Hong Yu. Deformation and fracture at floor area and the correlation with main roof breakage in deep longwall mining. Natural Hazards, 2021, 107: 1731–1755.
[39]Bo Lei, Hongtao Li, Jianping Zuo*, Haiyan Liu, Meilu Yu, Genshui Wu. Meso-fracture behavior of Longmaxi shale with different crack-depth ratios: Experimental and numerical investigations. Engineering fracture mechanics, 2021, 257: 108025.
[40]Zhang, Xiaoyan; Zuo, Jianping*; Wang, Zhenbo*; Cai, Yanyan; Zhou, Yike.The evolution of the microstructure and mechanical properties of coral aggregate mortar under uniaxial compression using ultrasonic analysis.Construction and Building Materials, 2021, 300: 124000.
[41]Zhao, Shankun; Zuo, Jianping*; Liu, Lei; Wu, Kaijun.Study on the Retention of Large Mining Height and Small Coal Pillar under Thick and Hard Roof of Bayangaole Coal.Advances in Civil Engineering, 2021, 2021: 8837189.
[42]Zuo, Jianping; Liu, Haiyan; Liu, Dejun*; Wang, Jun; Zhang, Tangliang; Xu, Fei.Study on large deformation mechanism and concrete-filled steel tubular support technology for ventilation shaft roadway.Bulletin of Engineering Geology and the Environment, 2021, 80(8): 6245-6262.
[43]Liu, Dejun*; Li, Meng; Zuo, Jianping*; Gao, Yang; Zhong, Fei; Zhang, Yang; Chang, Yongquan.Experimental and numerical investigation on cracking mechanism of tunnel lining under bias pressure.Thin-Walled Structures, 2021, 163: 107693.
[44]Wang, Zhenbo; Sun, Peng; Zuo, Jianping*; Liu, Chang; Han, Yudong; Zhang, Zishan.Long-term properties and microstructure change of engineered cementitious composites subjected to high sulfate coal mine water in drying-wetting cycles.Materials and Design, 2021, 203(prepublish): 109610.
[45]Lei, Bo; Zuo, Jianping*; Liu, Haiyan; Wang, Jintao; Xu, Fei; Li, Hongtao.Experimental and numerical investigation on shale fracture behavior with different bedding properties. Engineering Fracture Mechanics, 2021, 247: 107639.
[46]Zhang, Chunlei; Zhang, Yong; Zuo, Jianping*; Gao, Shouyang.Fracture Pattern of Overlying Strata in Multiple Coal Seam Mining in Zuo, Jianpinga Physical Model Vis-a-vis MATLAB Analysis and Geological Radar.Mining, Metallurgy and Exploration, 2021, 38(2): 897-911.
[47]Sun, Yunjiang; Zuo, Jianping*; Shi, Yue; Li, Zhengdai; Mi, Changning; Wen, Jinhao.Experimental Investigation on the Correlation between Dynamic Ultrasonic and Mechanical Properties of Sandstone Subjected to Uniaxial Compression.Geofluids, 2021, 2021: 5578591.
[48]Song, Hongqiang; Zuo, Jianping*; Liu, Haiyan; Zuo, Shuhao.The strength characteristics and progressive failure mechanism of soft rock-coal combination samples with consideration given to interface effects.International Journal of Rock Mechanics and Mining Sciences, 2021, 138: 104593.
[49]Shen, Jiayi; Zhan, Shaoxiang; Karakus, Murat; Zuo, Jianping*.Effects of flaw width on cracking behavior of single-flawed rock specimens.Bulletin of Engineering Geology and the Environment, 2021, 80(2): 1701-1711.
[50]Xie, Panpan; Dai, Shifeng*; Hower, James C.; Nechaev, Victor P.; French, David; Graham, Ian T.; Wang, Xibo; Zhao, Lei; Zuo, Jianping.Nitrogen isotopic compositions in NH4+-mineral-bearing coal: Origin and isotope fractionation.Chemical Geology, 2021, 559: 119946.
[51]Minglian Shen; Shifeng Dai*, Ian T. Graham; Victor P. Nechaev; David French; Fenghua Zhao; Longyi Shao; Shande Liu; Jianping Zuo; Kun Chen; Xuanhao Xie. Mineralogical and geochemical characteristics of altered volcanic ashes (tonsteins and K-bentonites)from the latest Permian coal-bearing strata of western Guizhou Province, southwest China. International Journal of Coal Geology, 2021, 237: 103707.
[52]Hui Bai，Mengmeng Ma, Bing Bai, Lanyun Bai, Yonghui Bai, Jianping Zuo, Vladimir Vinokurov, Wei Huang. Zinc Enhances Catalytic Performance of Pyrdine-Adsorbed HMOR: Dimethyl Ether Carbonylation. Fuel, 2021, 310: 122225(1-18).
[53]Gong, Fengqiang ;Zuo, Jianping; Zhang, Xihong; Liu, Richeng. Deep Rock Behaviour in Engineering Environments.Advances in Civil Engineering. 2021,9871235.
[54]Chen, Yan; Guo, Wenbing; Zuo, Jianping*; Heng, Shuai; Dou, Rong.Effect of Triaxial Loading and Unloading on Crack Propagation and Damage Behaviors of Sandstone: An Experimental Study.Rock Mechanics and Rock Engineering.2021, 54: 6077–6090.
[55]Shi, Suzhen*; Feng, Jian; Liu, Zuiliang; Qi, Youchao; Duan, Peifei; Han, Qi; Zuo, Jianping*.Seismic inversion-based prediction of the elastic parameters of rocks surrounding roadways: a case study from the Shijiazhuang mining area of North China.Acta Geophysica.2021, 69: 2219–2230.
[56]Sun, Yunjiang; Zuo, Jianping*; Karakus, Murat; Liu, Lei; Zhou, Hongwei; Yu, Meilu.A New Theoretical Method to Predict Strata Movement and Surface Subsidence due to Inclined Coal Seam Mining.Rock Mechanics and Rock Engineering.2021, 54(6): 2723-2740.
[57]Zhao, Shankun; Yao, Maohong; Yingjie, LI*; Chai, Haitao; Zuo, Jianping*. Crack Propagation Mechanism of Hydraulic Fracturing in Thick-Bedded Sandstone Coal Mine Roof. Earth and Environmental Science, 2021, 861: 042072.
[58]Li, Chunyuan; Zuo, Jianping*; Wei, Chunchen; Xu, Xiang; Zhou, Ziqi; Li, Yang; Zhang, Yong.Fracture Development at Laminated Floor Layers Under Longwall Face in Deep Coal Mining.Natural Resources Research, 2020, 29(6): 3857-3871.
[59]Wang, Zhenbo; Liu, Chang; Zuo, Jianping*; Zhang, Zishan; Han, Yudong; Man, Shihan.Monitoring and modeling the damage evolution in engineered cementitious composites subjected to sulfate attack through continuous ultrasonic measurements.Construction and Building Materials, 2020, 262: 120799.
[60]Wang, Genfu; Xiao, Yuting; Zuo, Jianping; Wang, Yue; Man, Jun; Tang, Wei; Chen, Qiang; Ma, Shuaishuai; Yao, Yijun*.Physically simulating the effect of lateral vapor source-building separation on soil vapor intrusion: Influences of surface pavements and soil heterogeneity.Journal of Contaminant Hydrology, 2020, 235: 103712.
[61]Wu, Genshui; Yu, Weijian; Zuo, Jianping*; Du, Shaohua.Experimental and theoretical investigation on mechanisms performance of the rock-coal-bolt (RCB) composite system.International Journal of Mining Science and Technology, 2020, 30(6): 759-768.
[62]Zuo, Jianping*; Man, Shihan.Tension and Shear Cracks Growth-Based Evolution Model for Creep Characteristics of Brittle Rocks.International Journal of Geomechanics, 2020, 20(10): 04020164.
[63]Liu, D. J.*; Zuo, J. P.*; Wang, J.; Zhang, T. L.; Liu, H. Y.Large deformation mechanism and concrete-filled steel tubular support control technology of soft rock roadway-A case study.Engineering Failure Analysis, 2020, 116: 104721.
[64]Wei, Xu; Zuo, Jianping*; Shi, Yue; Liu, Haiyan; Jiang, Yunqian; Liu, Chang.Experimental verification of parameter m in Hoek-Brown failure criterion considering the effects of natural fractures.Journal of Rock Mechanics and Geotechnical Engineering, 2020, 12(5): 1036-1045.
[65]Wang, Jin-tao; Zuo, Jian-Ping*.Numerical simulation on effect of heterogeneity on mode I fracture characteristics of rock.Journal of Central South University, 2020, 27(10): 3063-3077.
[66]Cao, Haojie; Bai, Hui; Bai, Bing; Ma, Mengmeng; Bai, Bin; Ling, Lixia; Zuo, Jianping; Huang, Wei.Syngas conversion catalyzed by copper-embedded graphene.Applied Surface Science, 2020, 525: 146500.
[67]Wang, Jintao; Zuo, Jianping*; Sun, Yunjiang; Wen, Jinhao.The effects of thermal treatments on the fatigue crack growth of Beishan granite: an in situ observation study.Bulletin of Engineering Geology and the Environment, 2020.
[68]Zuo, Jianping*; Yu, Meilu; Li, Chunyuan; Sun, Yunjiang; Hu, Shunyin; Li, Zhengdai.Analysis of Surface Cracking and Fracture Behavior of a Single Thick Main Roof Based on Similar Model Experiments in Western Coal Mine, China.Natural Resources Research, 2020.
[69]Li, Mingyao*; Zuo, Jianping*; Hu, Dawei; Shao, Jianfu; Liu, Dejun.Experimental and numerical investigation of microstructure effect on the mechanical behavior and failure process of brittle rocks.Computers and Geotechnics, 2020, 125: 103639.
[70]Liu, Dejun; Wang, Fei; Hu, Qunfang; Huang, Hongwei; Zuo, Jianping; Tian, Cong; Zhang, Dongming.Structural responses and treatments of shield tunnel due to leakage: A case study.Tunnelling and Underground Space Technology, 2020, 103: 103471.
[71]Hong, Zi-jie; Zuo, Jian-Ping; Zhang, Zi-shan; Liu, Chang; Liu, Lei; Liu, Hai-yan.Effects of nano-clay on the mechanical and microstructural properties of cement-based grouting material in sodium chloride solution.Construction and Building Materials, 2020, 245: UNSP 118420.
[72]Chen, Yan; Zuo, Jianping*; Li, Zhenhua; Dou, Rong.Experimental investigation on the crack propagation behaviors of sandstone under different loading and unloading conditions.International Journal of Rock Mechanics and Mining Sciences, 2020, 130: 104310.
[73]Wu, Gen-shui; Yu, Wei-jian; Zuo, Jian-Ping*; Li, Chun-yuan; Li, Jie-hua; Du, Shao-hua.Experimental investigation on rockburst behavior of the rock-coal-bolt specimen under different stress conditions.Scientific Reports, 2020, 10(1): 7556.
[74]Yao, Yijun; Zuo, Jianping; Luo, Jian; Chen, Qiang; Strom, Jonathan; Suuberg, Eric.An examination of the building pressure cycling technique as a tool in vapor intrusion investigations with analytical simulations.Journal of Hazardous Materials, 2020, 389: 121915.
[75]Zuo, Jianping*; Lu, Jingfang; Ghandriz, Rojin; Wang, Jintao; Li, Yanhong; Zhang, Xiaoyan; Li, Jun; Li, Hongtao.Mesoscale fracture behavior of Longmaxi outcrop shale with different bedding angles: Experimental and numerical investigations.Journal of Rock Mechanics and Geotechnical Engineering, 2020, 12(2): 297-309.
[76]Li, Yingjie; Wang, Bingqian; Song, Lihong; Liu, Jie; Zuo, Jianping; Liu, Dejun.Ultrasonic wave propagation characteristics for typical anisotropic failure modes of shale under uniaxial compression and real-time ultrasonic experiments.Journal of Geophysics and Engineering, 2020, 17(2): 258-276.
[77]Li, Zhengdai; Zuo, Jianping; Shi, Yue; Xu, Fei; Yu, Meilu; Mi, Changning.An Experimental Study on the Slippage Effects of Sandstone under Confining Pressure and Low Pore Pressure Conditions.Geofluids, 2020, 2020: 9296243.
[78]Li, Hewan*; Zuo, Jianping; Wang, Laigui; Li, Pengfei; Xu, Xiaowei.Mechanism of Structural Damage in Low Permeability Coal Material of Coalbed Methane Reservoir under Cyclic Cold Loading.Energies, 2020, 13(3): 519.
[79]Wang, Zhenbo*; Zuo, Jianping*; Zhang, Xiaoyan; Jiang, Guanghui; Feng, Lulu.Stress strain behaviour of hybrid-fibre engineered cementitious composite in compression.Advances in Cement Research, 2020, 32(2): 53-65.
[80]Chen, Yan; Zuo, Jianping*; Guo, Baohua; Guo, Wenbing.Effect of cyclic loading on mechanical and ultrasonic properties of granite from Maluanshan Tunnel.Bulletin of Engineering Geology and the Environment, 2020, 79(1): 299-311.
[81]Zuo, Jian-Ping*; Wei, Xu; Shi, Yue; Liu, Chang; Li, Meng; Wong, Robina H. C.Experimental study of the ultrasonic and mechanical properties of a naturally fractured limestone.International Journal of Rock Mechanics and Mining Sciences, 2020, 125: 104164.
[82]Sun, Yunjiang; Zuo, Jianping*; Karakus, Murat*; Wen, Jinhao.A Novel Method for Predicting Movement and Damage of Overburden Caused by Shallow Coal Mining.Rock Mechanics and Rock Engineering.2020，53: 1545–1563.
[83]Jianping Zuo*, Hongqiang Song*, Yunqian Jiang, Shankun Zhao, Meilu Yu and Liyun Li. Preliminary Discussion on Comprehensive Research Method for Rock Burst in Coal Mine Based on Newton’s Second Law. Shock and Vibration, 2020: 8861306.
[84]Zhou, Y., Zuo, J., Hu, C. Jianping Zuo.et al. Strata Movement Model of Filling Coal Mining Based on Two-Parameter Elastic Foundation. Geotech Geol Eng. 2020，38：3631–3641.
[85]Jianping Zuo*, Hongqiang Song*, Yunqian Jiang, Shankun Zhao, Meilu Yu and Liyun Li. Preliminary Discussion on Comprehensive Research Method for Rock Burst in Coal Mine Based on Newton’s Second Law. Shock and Vibration, 2020: 8861306.
[86]Qiuhao Du; Xiaoli Liu; Enzhi Wang; Jianping Zuo; Weimin Wang; Yujie Zhu.Effects of CO2–water interaction with coal on mineral content and pore characteristics.Journal of Rock Mechanics and Geotechnical Engineering, 2019.
[87]Bai, Hui*; Ma, Mengmeng; Bai, Bing; Zuo, Jianping*; Cao, Haojie; Zhang, Lin; Zhang, Qian-Fan; Vinokurov, Vladimir A.; Huang, Wei*.The active site of syngas conversion into ethanol over Cu/ZnO/Al2O3 ternary catalysts in slurry bed.Journal of Catalysis, 2019, 380: 68-82.
[88]Liu, Dejun; Zuo, Jianping*; Wang, Jun; Li, Pan*; Duan, Kang; Zhang, Dongming; Guo, Song.Bending failure mechanism and strengthening of concrete-filled steel tubular support.Engineering Structures, 2019, 198: UNSP 109449.
[89]Zuo, Jian-Ping; Chen, Yan*; Liu, Xiao-li.Crack evolution behavior of rocks under confining pressures and its propagation model before peak stress.Journal of Central South University, 2019, 26(11): 3045-3056.
[90]Jiang, Guanghui; Zuo, Jianping*; Li, Yulin; Wei, Xu.Experimental Investigation on Mechanical and Acoustic Parameters of Different Depth Shale Under The Effect of Confining Pressure.Rock Mechanics and Rock Engineering, 2019, 52(11): 4273-4286.
[91]Zuo, Jian ping*; Wen, Jin hao; Li, Yong dong; Sun, Yun jiang; Wang, Jin tao; Jiang, Yun qian; Liu, Lei.Investigation on the interaction mechanism and failure behavior between bolt and rock-like mass.Tunnelling and Underground Space Technology, 2019, 93: 103070.
[92]Bai, Bing; Bai, Hui*; Zuo, Jianping*; Zhang, Qian-Fan; Cao, Haojie; Ma, Mengmeng; Wang, Xiaodong; Wang, Zheng; Huang, Wei*.Molecular-Level Understanding of Hydroxyl Groups Boosted the Catalytic Activity of the CuZnAl Catalyst in the Conversion of Syngas to Ethanol.Industrial & Engineering Chemistry Research, 2019, 58(42): 19421-19433.
[93]Hong, Zi jie; Zuo, Jian ping*; Liu, Chang; Zhang, Zi shan.Hydration and microstructure of nano-clay cement material in ion erosion solution.Materials Letters, 2019, 252: 27-30.
[94]Shen, Jiayi; Wan, Ling*; Zuo, Jianping.Non-linear Shear Strength Model for Coal Rocks.Rock Mechanics and Rock Engineering, 2019, 52(10): 4123-4132.
[95]Zuo, Jianping*; Hong, Zijie; Peng, Suping; Shi, Yue; Song, Hongqiang; Li, Meng; Zhang, Zishan.Investigation on failure behavior of collapse column in China's coal mine based on discontinuous deformation numerical method.PLos One, 2019, 14(8): e0219733.
[96]Bai, Hui*; Ma, Mengmeng; Zuo, Jianping*; Zhang, Qian Fan; Bai, Bing; Cao, Haojie; Huang, Wei*.Recyclable and superior selective CO2 adsorption of C4B32 and Ca@C4B32: a new category of perfect cubic heteroborospherenes.Physical Chemistry Chemical Physics, 2019, 21(28): 15541-15550.
[97]Chen, Yulong; Zuo, Jianping*; Liu, Dejun; Wang, Zhenbo.Deformation failure characteristics of coal-rock combined body under uniaxial compression: experimental and numerical investigations.Bulletin of Engineering Geology and the Environment, 2019, 78(5): 3449-3464.
[98]Zuo, Jian Ping*; Li, Yu Lin; Liu, Cunhui; Liu, Hai yan; Wang, Jintao*; Li, Hong tao; Liu, Lei.Meso-fracture mechanism and its fracture toughness analysis of Longmaxi shale including different angles by means of M-SENB tests.Engineering Fracture Mechanics, 2019, 215: 178-192.
[99]Wang, Zhenbo*; Zuo, Jianping*; Liu, Chang; Zhang, Zishan; Han, Yudong.Stress-Strain Properties and Gas Permeability Evolution of Hybrid Fiber Engineered Cementitious Composites in the Process of Compression.Materials, 2019, 12(9): 1382.
[100]Sun, Yunjiang; Zuo, Jianping*; Karakus, Murat; Wang, Jintao.Investigation of movement and damage of integral overburden during shallow coal seam mining.International Journal of Rock Mechanics and Mining Sciences, 2019, 117: 63-75.
[101]Zuo Jian Ping*; Yao Mao Hong; Li Ying Jie; Zhao Shan Kun; Jiang Yun Qian; Li Zheng Dai.Investigation on fracture toughness and micro-deformation field of SCB sandstone including different inclination angles cracks.Engineering Fracture Mechanics, 2019, 208: 27-37.
[102]Zuo Jianping*; Li Zhengdai; Zhao Shankun; Jiang Yunqian; Liu Haiyan; Yao Maohong。A Study of Fractal Deep-Hole Blasting and Its Induced Stress Behavior of Hard Roof Strata in Bayangaole Coal Mine, China.Advances in Civil Engineering, 2019, 9504101.
[103]Zuo, Jian ping; Hong, Zi jie*; Xiong, Zu qiang; Wang, Cheng; Song, Hong qiang.Influence of different W/C on the performances and hydration progress of dual liquid high water backfilling material.Construction and Building Materials, 2018, 190: 910-917.
[104]Zuo, Jianping*; Li, Yulin; Zhang, Xiaoyan*; Zhao, Zhihong; Wang, Tingzheng.The effects of thermal treatments on the subcritical crack growth of Pingdingshan sandstone at elevated high temperatures.Rock Mechanics and Rock Engineering, 2018, 51(11): 3439-3454.
[105]Jiang Guanghui; Zuo Jianping; Li Liyun; Ma Teng; Wei Xu.The Evolution of Cracks in Maluanshan Granite Subjected to Different Temperature Processing.Rock Mechanics and Rock Engineering, 2018, 51(6): 1683-1695.
[106]Liu Dejun; Huang Hongwei; Zuo Jianping; Duan Kang; Xue Yadong; Li Yingjie.Experimental and numerical study on short eccentric columns strengthened by textile-reinforced concrete under sustaining load.Journal of Reinforced Plastics and Composites, 2017, 36(23): 1712-1726.
[107] Zuo Jianping; Sun Jiang; Li Yuechun; Wang Jintao; Wei Xu; Fan Long.Rock strata movement and subsidence based on MDDA, an improved Discontinuous Deformation Analysis method in Mining engineering.Arabian Journal of Geosciences, 2017, 2017(10).
[108]Zuo, Jian-Ping*; Wang, Jin-Tao; Sun, Yun-Jiang; Chen, Yan; Jiang, Guang-Hui; Li, Yan-Hong.Effects of thermal treatment on fracture characteristics of granite from Beishan, a possible high-level radioactive waste disposal site in China.Engineering Fracture Mechanics, 2017, 182: 425-437.
[109]Jiang, Guanghui; Zuo, Jianping*; Ma, Teng; Wei, Xu.Experimental Investigation of Wave Velocity-Permeability Model for Granite Subjected to Different Temperature Processing .Geofluids, 2017, UNSP 6586438.
[110]Zuo Jianping; Jiang Guanghui; Su Haicheng; Chen, Yan.Nonlinear model characterizing stressestrain relationship and permeability change of contact compression fracture at closing stage.Journal of Rock Mechanics and Geotechnical Engineering, 2016, 8(6): 896-903.
[111]Zuo Jianping; Jiang Guanghui; Wei Xu; Su Haicheng.A gas-mechanical coupled constitutive equation for fractured coal containing gas.Journal of Natural Gas Science and Engineering, 2016, 36(Part B): 1109-1119.
[112]Zuo, Jian-Ping*; Wang, Xi-Shu*; Mao, De-Qiang; Wang, Chun-Lai; Jiang, Guang-hui.T-M coupled effects on cracking behaviors and reliability analysis of double-notched crustal rocks.Engineering Fracture Mechanics, 2016, 158: 106-115.
[113]Wang, Chun-Lai*; Lu, Hui; Wang, Fu-Li; Zuo, Jian-Ping; An, Ze-Yang; Bao, Tian-Cai; Liu, Lu; Lu, Zhi-Jiang; Li, Wei-Qiang; Luo, Ming.Characteristic Point of the Relatively Quiet Period for Limestone Failure Under Uniaxial Compression.Journal of Testing and Evaluation, 2015, 43(6).
[114]Zuo Jianping*; Wei Xu; Pei Jianliang; Zhao Xiaoping.Investigation on bending meso-failure behavior of Jinping deep marble through SEM with loading system.Journal of Rock Mechanics and Geotechnical Engineering, 2015, 7(5): 593-599.
[115]Jianping Zuo*; Huihai Liu; Hongtao Li.A theoretical derivation of the Hoek-Brown failure criterion for rock materials.Journal of Rock Mechanics and Geotechnical Engineering, 2015, 7(4): 361-366.
[116]Mao Lingtao; Zuo, Jian-Ping; Yuan Zexun; Chiang Fu-pen.Full-field mapping of internal strain distribution in red sandstone specimen under compression using digital volumetric speckle photography and X-ray computed tomography .Journal of Rock Mechanics and Geotechnical Engineering, 2015, 7(2): 136-146.
[117]Zuo, Jian-Ping*; Wang, Xi-Shu; Mao, De-Qiang.SEM in-situ study on the effect of offset-notch on basalt cracking behavior under three-point bending load.Engineering Fracture Mechanics, 2014, 131: 504-513.
[118]Zuo, Jian-Ping*; Xie, He-ping; Dai, Feng; Ju, Yang.Three-point bending test investigation of the fracture behavior of siltstone after thermal treatment.International Journal of Rock Mechanics and Mining Sciences, 2014, 70: 133-143.
[119]Dai, F.*; Xia, K.; Zuo, J. P.; Zhang, R.; Xu, N. W.Static and Dynamic Flexural Strength Anisotropy of Barre Granite.Rock Mechanics and Rock Engineering, 2013, 46(6): 1589-1602.
[120]Zuo Jianping*; Xie Heping; Zhou Hongwei.Investigation of meso-failure behavior of rock under thermalmechanical coupled effects based on high temperature SEM.Science China-Physics Mechanics & Astronomy, 2012, 55(10): 1855-1862.
[121]ZUO Jian-ping, WANG Ren-ke, WU Ai-min, Li Yang, WANG Zhan-gang. Optimization support controlling large deformation of tunnel in deep mine based on Discontinuous Deformation Analysis. Procedia Environmental Sciences, 2012, 12: 1045 –1054.
[122]Zhou, HW; Zuo, JP ; Xue, DJ ; Xie, H] ; Liu, JF. Depth-dependent mechanical parameters of basalt: An experimental study. True triaxial Testing Of Rocks.2012,4,351-361.
[123]Zuo, Jian-Ping*; Zhao, Yang; Chai, Neng-Bin; Wang, Huai-Wen.Measuring Micro/Meso Deformation Field of Geo-Materials with SEM and Digital Image Correlation Method.Advanced Science Letters, 2011, 4(4-5): 1556-1560.
[124]Zuo Jianping*; Xie Heping; Wu Aimin; Liu Jianfeng.Investigation on failure mechanisms and mechanical behaviors of deep coal-rock single body and combined body.Chinese Journal of Rock Mechanics and Engineering, 2011, 30(1): 84-92.
[125]Zuo Jianping*; Zhou Hongwei; Fang Yuan; Meng Bingbing; Peng Ruidong.Experimental research on thermal cracking of deep granite in Beishan region, Gansu province.Chinese Journal of Rock Mechanics and Engineering, 2011, 30(6): 1107-1115.
[126]Peng Ruidong*; Wu Zhide; Zhou Hongwei; Zuo Jianping.Meso-experimental investigation on crack evolution in bedded salt rock.Chinese Journal of Rock Mechanics and Engineering, 2011, 30(SUPPL. 2): 3953-3959.
[127] Zuo Jianping*; Xie Heping; Meng Bing; Liu Jianfeng.Experimental research on loading-unloading behavior of coal-rock combination bodies at different stress levels.Yantu Lixue/rock and Soil Mechanics, 2011, 32(5): 1287-1296.
[128]Zuo Jianping; Pei Jianliang; Liu Jianfeng; Peng Ruidong.Investigation on acoustic emission behavior and its time-space evolution mechanism in failure process of coal-rock combined body.Chinese Journal of Rock Mechanics and Engineering, 2011, 30(8): 1564-1570.
[129]Zuo, Jian-Ping*; Wang, Xi-Shu; Zuo, Ming.Micro Deformation Testing of Cast Based on Scanning Electron Microscope and Digital Image Correlation Method.Materials Evaluation, 2010, 68(9): 1030-1036.
[130]Liu, Cai-Ping; Duan, Qing-Quan; Zuo, Jian-Ping.Theoretical research on the dynamic crack propagation velocity based on nonlocal field theories.Key Engineering Materials, 2010, 417-418: 953-956.
[131]Zuo Jian-ping*; Xie He-ping; Zhou Hong-wei; Peng Su-ping.SEM in situ investigation on thermal cracking behaviour of Pingdingshan sandstone at elevated temperatures.Geophysical Journal International, 2010, 181(2): 593-603.
[132]Zuo Jianping*; Xie Heping; Liu Yujie; Hu Ben; Lu Jingfang.Investigation on fracture characteristics of sandstone after thermal effects through three-bending point experiments. Chinese Journal of Solid Mechanics, 2010, 31(2): 119-126.
[133]Zuo Jianping*; Zhou Hongwei; Liu Yujie.Research on characteristic parameters of sandstone three-point bending failure under different temperatures.Chinese Journal of Rock Mechanics and Engineering, 2010, 29(4): 705-712.
[134]Zuo, Jian-Ping*; Peng, Su-Ping; Li, Yong-Jun; Chen, Zhong-Hui; Xie, He-Ping.Investigation of karst collapse based on 3-D seismic technique and DDA method at Xieqiao coal mine, China.International Journal of Coal Geology, 2009, 78(4): 276-287.
[135]Zuo, Jian-Ping*; Xie, He-ping; Zhou, Hong-wei.Experimental Determination of Coupled Thermal-Mechanical Effects on Fracture Toughness of Sandstone.Journal of Testing and Evaluation, 2009, 37(1): 48-52.
[136]Guo Dongming*; Zuo Jianping; Zhang Hui; Xu Huidong.Mechanics of crack propagation in high performance concrete and its fractal dimensions based on ct observation.Journal of the Chinese Ceramic Society, 2009, 37(10): 1607-1612.
[137]Zuo, Jian-Ping*; Li, Hong-tao; Xie, He-ping; Ju, Yang; Peng, Su-ping.A nonlinear strength criterion for rock-like materials based on fracture mechanics.International Journal of Rock Mechanics and Mining Sciences, 2008, 45(4): 594-599.
[138]Zuo Jian Ping*; Zhou Hong Wei; Xie He Ping; Ju Yang.Meso-experimental research on sandstone failure behavior under thermal-mechanical coupling effect.Yantu Lixue/rock and Soil Mechanics, 2008, 29(6): 1477-1482.
[139]Zuo Jian Ping*; Zhou Hong Wei; Xie He Ping.Fracture characteristics of sandstone under thermal effects.Engineering Mechanics, 2008, 25(5): 124-130.
[140]Zuo Jianping*; Xie HePing; Zhou HongWei; Peng SuPing.Thermal-mechanical coupled effect on fracture mechanism and plastic characteristics of sandstone.Science in China - Series E: Technological Sciences , 2007, 50(6): 833-843.
[141]Zuo Jian Ping*; Xie He Ping; Zhou Hong Wei; Peng Su Ping.Experimental research on thermal cracking of sandstone under different temperature.Chinese Journal of Geophysics, 2007, 50(4): 1150-1155.
[142]Wang HW, Zhou HW, Zuo JP, et al. Stability investigation and evaluation experiment of strata in mining process. Engineering structural integrity: research, development and application.2007, Vols. 1 and 2: 564-566 (9th International Conference on Engineering Structural Integrity Assessment, OCT 15-19, 2007 Beijing Univ Aeronaut & Astronaut, Beijing, PEOPLES R CHINA)(ISTP: BID92).
[143]Zuo, JP; Wang, XS.A novel fractal characteristic method on the surface morphology of polythiophene films with self-organized nanostructure.Physica E: Low-Dimensional Systems and Nanostructures , 2005, 28(1): 7-13.
發表中文期刊論文：
[1]李明耀,薛喜仁,彭磊,李紹金,王智敏,左建平. 考慮玄武巖礦物細觀結構的三點彎斷裂近場動力學研究[J]. 煤炭技術,2023,42(09):13-19.
[2]劉海雁,左建平,張春旺,吳凱俊,雷博. 華勝煤礦房柱群下巷道非對稱變形破壞機理及控制技術（英文）[J]. Journal of Central South University,2023,30(07):2284-2301.
[3]杜建,左建平,吳根水,趙善坤. 產氣具弱化堅硬頂板力學機制及損傷特征分析[J]. 巖石力學與工程學報,2023,42(09):2224-2236.
[4]左建平,劉海雁,徐丞誼,文金浩,劉德軍,朱凡,馬宗宇. 深部煤礦巷道等強支護力學理論與技術[J]. 中國礦業大學學報,2023,52(04):625-647.
[5]左建平,劉海雁,王軍,徐丞誼,朱凡. 深部巷道主被動全空間協同控制技術及工程應用[J]. 煤炭科學技術,2023,51(07):255-267.
[6]李春元,雷國榮,何團,左建平,于祥,鄭建偉,齊慶新. 深部開采原生煤巖組合體圍壓卸荷致裂特征及破裂模式[J]. 煤炭學報,2023,48(02):678-692.
[7]孫運江,左建平,米長寧,于美魯,李政岱,史月. 基于覆巖類雙曲線移動的含水層“淺保-深儲”模型研究[J]. 煤炭學報:1-12.
[8]左建平,劉海雁,劉德軍,朱凡,趙衛平,張琪,李結華. 深部巷道鋼管混凝土支架與錨桿-索耦合支護技術的理論分析與數值模擬研究（英文）[J]. Journal of Central South University,2023,30(01):257-275.
[9]劉德軍,夏志恒,王軍,左建平,常永全,昌佳. 圓鋼強化鋼管混凝土梁正截面承載性能研究[J]. 中南大學學報(自然科學版),2023,54(01):249-258.
[10]劉德軍,張楊,左建平,戴慶慶. 基于N-M曲線的盾構隧道正截面承載性能加固評價及演化規律[J]. 中國礦業大學學報,2023,52(01):76-85.
[11]左建平,李穎,李宏杰,于美魯,吳作啟,劉家順. 采動巖層全空間“類雙曲面”立體移動模型[J]. 礦業科學學報,2023,8(01):1-14.
[12]李明耀,李紹金,左建平,王智敏,彭磊,薛喜仁. 基于相場法的巖石三點彎曲細觀破壞數值模擬[J]. 科學技術與工程,2022,22(30):13441-13449.
[13]李英杰,劉杰,左建平,祝捷,薛東杰,劉慶. 融合力學思維能力培養的實踐選題訓練教學設計與實施——以理論力學中自由剛體運動知識拓展為例[J]. 力學與實踐,2022,44(05):1213-1220.
[14]劉德軍,夏志恒,王軍,左建平,常永全. 圓鋼加固鋼管混凝土偏壓構件彎曲性能提升機制[J]. 哈爾濱工業大學學報,2023,55(05):122-131.
[15]李春元,崔春陽,雷國榮,左建平,于祥,何團,李向上,杜偉升. 深部開采巖體圍壓卸荷-滲流致拉破裂機制[J]. 煤炭學報,2022,47(08):3069-3082.
[16]左建平,于美魯,孫運江,吳根水. 不同厚度巖層破斷模式轉變機理及力學模型分析[J]. 煤炭學報,2023,48(04):1449-1463.
[17]李明耀,彭磊,左建平,王智敏,李紹金,薛喜仁. 基于DIP-FFT數值方法的花崗巖多尺度力學特性研究[J]. 巖石力學與工程學報,2022,41(11):2254-2267.
[18]李英杰,左建平,劉杰,張智慧,劉德軍. 面向工程力學專業的基礎課高階性目標探索[J]. 教育教學論壇,2022,(23):73-76.
[19]劉德軍,戴慶慶,左建平,商奇,陳國亮,郭藝豪. 基于Stacking集成算法的巖爆等級預測研究[J]. 巖石力學與工程學報,2022,41(S1):2915-2926.
[20]李英杰,王炳乾,左建平,薛東杰,劉德軍. 基于斷裂力學的層狀巖石Hoek-Brown準則修正模型研究[J]. 礦業科學學報,2022,7(04):481-489.
[21]李明耀,彭磊,左建平,王智敏,李紹金,薛喜仁. 基于真實細觀結構的FFT數值方法對巖石材料非線性力學行為的研究[J]. 礦業科學學報,2022,7(04):456-466.
[22]左建平,于美魯,孫運江,吳根水. 采礦巖層破斷力學及內外類雙曲線整體移動模型[J]. 中國科學基金,2022,36(01):128-136.
[23]左建平,宋洪強. 煤巖組合體的能量演化規律及差能失穩模型[J]. 煤炭學報,2022,47(08):3037-3051.
[24]左建平,洪紫杰,于美魯,劉海雁,王振波. 破碎圍巖梯度支護模型及分級控制研究[J]. 中國礦業大學學報,2022,51(02):221-231.
[25]李英杰,倪婷,左建平,劉德軍,宋宜豪. 堅硬頂板定向水力壓裂裂紋起裂機制及影響因素分析[J]. 巖石力學與工程學報,2022,41(10):2015-2029.
[26]李春元,左建平,張勇. 深部開采底板破壞與基本頂巖梁初次垮斷的聯動效應[J]. 巖土力學,2021,42(12):3301-3314.
[27]左建平,陳巖*,宋洪強. 深部煤巖組合體破壞行為與非線性模型研究進展[J]. 中南大學學報(自然科學版),2021,52(08):2510-2521.
[28]代世峰,王紹清,唐躍剛,姜堯發,任德貽,趙蕾,趙峰華,邵龍義,左建平. 煤的顯微組分定義與分類(ICCP system 1994)解析Ⅱ:惰質體[J]. 煤炭學報,2021,46(07):2212-2226.
[29]左建平,孫運江,劉海雁,于美魯,雷博,宋洪強,文金浩. 采礦巖石多尺度破壞力學[J]. 礦業科學學報,2021,6(05):509-523.
[30]祝捷,周宏偉,左建平,王宏偉,劉德軍,薛東杰,李明耀. 面向專業人才培養目標的材料力學一流課程建設[J]. 力學與實踐,2021,43(03):457-462.
[31]左建平,孫運江,文金浩,吳根水,于美魯. 深部巷道全空間協同控制技術及應用[J]. 清華大學學報(自然科學版),2021,61(08):853-862.
[32]左建平,文金浩,劉德軍,吳麗麗,孫運江. 深部巷道等強支護控制理論[J]. 礦業科學學報,2021,6(02):148-159.
[33]劉德軍,左建平,周宏偉,祝捷,李明耀. OBE理念下的材料力學教學方法改革與實踐[J]. 力學與實踐,2021,43(01):112-119.
[34]劉海雁,左建平,劉德軍,李春元,徐飛,雷博. 基于正交矩陣分析的巷道錨桿支護優化[J]. 采礦與安全工程學報,2021,38(01):84-93.
[35]劉德軍,仲飛,黃宏偉,左建平,薛亞東,張東明. 運營隧道襯砌病害診治的現狀與發展[J]. 中國公路學報,2021,34(11):178-199.
[36]左建平,左書豪,孫運江,史月,米長寧,李政岱. 檸條塔礦不同深度覆巖波速特性及其物理參數相關性研究[J]. 采礦與安全工程學報,2021,38(04):791-799.
[37]王金濤,左建平. 非均質性對巖石Ⅰ型斷裂特性影響的數值模擬研究（英文）[J]. Journal of Central South University,2020,27(10):3063-3077.
[38]左建平,吳根水,孫運江,于美魯. 巖層移動內外“類雙曲線”整體模型研究[J]. 煤炭學報,2021,46(02):333-343.
[39]孫運江,徐丞誼,左建平,李蒙蒙,史月,周鈺博. 非均布載荷下充填開采巖層連續彎曲移動力學模型[J]. 煤炭科學技術,2020,48(09):139-145.
[40]李英杰,鐘立博,左建平. 頁巖Ⅰ型裂紋遇層理起裂擴展準則研究[J]. 中國礦業大學學報,2020,49(03):488-498.
[41]李和萬,左建平,王來貴,蘇榮華,周浩. 液氮冷加載對圍壓煤體結構損傷的影響規律研究[J]. 采礦與安全工程學報,2020,37(04):804-811.
[42]李和萬,劉戩,王來貴,左建平. 液氮冷加載對不同節理煤樣結構損傷的影響[J]. 煤炭學報,2020,45(11):3833-3840.
[43]劉德軍,左建平,劉海雁,洪紫杰,文金浩,史月. 我國煤礦巷道支護理論及技術的現狀與發展趨勢[J]. 礦業科學學報,2020,5(01):22-33.
[44]左建平,陳巖,劉曉麗. 圍壓作用下巖石峰前裂紋演化行為及其擴展模型（英文）[J]. Journal of Central South University,2019,26(11):3045-3056.
[45]左建平,于美魯,胡順銀,宋洪強,魏旭,史月,左書豪. 不同厚度巖層破斷模式實驗研究[J]. 采礦與巖層控制工程學報,2019,1(02):88-96.
[46]韓宇棟,劉暢,王振波,左建平,洪紫杰. 硫酸鹽干濕循環下ECC的軸壓力學行為[J]. 建筑材料學報,2020,23(04):846-851.
[47]李春元,張勇,左建平,唐世界,劉世峰. 深部開采砌體梁失穩擾動底板破壞力學行為及分區特征[J]. 煤炭學報,2019,44(05):1508-1520.
[48]王軍,胡存川,左建平,王波,毛慶福,丁厚剛,趙南南. 斷層破碎帶巷道底臌作用機理與控制技術[J]. 煤炭學報,2019,44(02):397-408.
[49]左建平,史月,劉德軍,孫運江,陳巖. 深部軟巖巷道開槽卸壓等效橢圓模型及模擬分析[J]. 中國礦業大學學報,2019,48(01):1-11.
[50]王振波,左建平,張小燕,劉暢,張子山. 單軸受壓下混雜纖維延性材料的超聲波速特征[J]. 建筑材料學報,2019,22(01):142-148.
[51]左建平,周鈺博,劉光文,邵光耀,史月. 煤礦充填開采覆巖連續變形移動規律及曲率模型研究[J]. 巖土力學,2019,40(03):1097-1104+1220.
[52]李英杰,左建平,姚茂宏,劉德軍,陳剛. 頁巖氣超臨界等溫吸附模型及儲量計算優化[J]. 中國礦業大學學報,2019,48(02):322-332.
[53]左建平,宋洪強,陳巖,李彥紅. 煤巖組合體峰后漸進破壞特征與非線性模型[J]. 煤炭學報,2018,43(12):3265-3272.
[54]劉德軍,左建平,郭淞,王軍,李英杰,張堂亮. 深部巷道鋼管混凝土支架承載性能研究進展[J]. 中國礦業大學學報,2018,47(06):1193-1211.
[55]宋洪強,左建平,陳巖,黎立云. 煤巖組合體峰后應力-應變關系模型及脆性特征[J]. 采礦與安全工程學報,2018,35(05):1063-1070.
[56]陳巖,左建平,宋洪強,馮路路,邵光耀. 煤巖組合體循環加卸載變形及裂紋演化規律研究[J]. 采礦與安全工程學報,2018,35(04):826-833.
[57]宋洪強,左建平,陳巖,黎立云,洪紫杰. 基于巖石破壞全過程能量特征改進的能量跌落系數[J]. 巖土力學,2019,40(01):91-98.
[58]左建平,文金浩,胡順銀,趙善坤. 深部煤礦巷道等強梁支護理論模型及模擬研究[J]. 煤炭學報,2018,43(S1):1-11.
[59]左建平,魏旭,王軍,劉德軍,崔凡. 深部巷道圍巖梯度破壞機理及模型研究[J]. 中國礦業大學學報,2018,47(03):478-485.
[60]左建平,馬廣華,喻翔,蘇海成,魏振強. 自破膠中低溫清潔壓裂液制備及性能評價[J]. 油田化學,2018,35(01):36-40.
[61]左建平,孫運江,文金浩,李政岱. 巖層移動理論與力學模型及其展望[J]. 煤炭科學技術,2018,46(01):1-11+87.
[62]王振波,左建平,張君,馮路路,姜廣輝. 混雜纖維延性水泥基材料單軸受壓力學特性[J]. 建筑材料學報,2018,21(04):639-644.
[63]左建平,陳巖,崔凡. 不同煤巖組合體力學特性差異及沖擊傾向性分析[J]. 中國礦業大學學報,2018,47(01):81-87.
[64]左建平,孫運江,王金濤,史月,文金浩. 充分采動覆巖“類雙曲線”破壞移動機理及模擬分析[J]. 采礦與安全工程學報,2018,35(01):71-77.
[65]左建平,陳巖. 卸載條件下煤巖組合體的裂紋張開效應研究[J]. 煤炭學報,2017,42(12):3142-3148.
[66]王軍,黃萬朋,左建平,田甜. 深井交岔點圍巖流變擾動效應及鋼管混凝土組合支架支護技術研究[J]. 巖石力學與工程學報,2018,37(02):461-472.
[67]孫運江,左建平,李玉寶,劉存輝,李彥紅,史月. 邢東礦深部帶壓開采導水裂隙帶微震監測及突水機制分析[J]. 巖土力學,2017,38(08):2335-2342.
[68]李英杰; 左建平; 張芳; 劉德軍.理論力學探究式教學方法研究.新課程研究(上旬刊), 2017, (04): 72-74.
[69]劉德軍; 左建平; 李英杰.基于數值分析和熱點工程案例的材料力學探究式教學方法探討.新課程研究(上旬刊), 2017, (10): 52-54.
[70]左建平,孫運江,錢鳴高. 厚松散層覆巖移動機理及“類雙曲線”模型[J]. 煤炭學報,2017,42(06):1372-1379.
[71]劉德軍,黃宏偉,左建平,薛亞東,李英杰. 盾構管片橫向大變形TRC控制方法及作用機制研究[J]. 巖石力學與工程學報,2017,36(08):1889-1898.
[72]左建平,孫運江,姜廣輝,王泮飛,王文波,史月. 煤與油頁巖上行卸荷聯合開采破壞行為及模擬分析[J]. 煤炭學報,2017,42(03):567-573.
[73]曲浩添,蘇海成,劉升貴,左建平. 準噶爾盆地煤層氣資源量評估及有利區塊優選[J]. 煤礦機械,2017,38(02):9-11.
[74]陳巖,左建平,魏旭,宋洪強,孫運江. 煤巖組合體破壞行為的能量非線性演化特征[J]. 地下空間與工程學報,2017,13(01):124-132.
[75]左建平,陳巖,孫運江,姜廣輝,王金濤. 深部煤巖組合體整體破壞的非線性模型研究[J]. 礦業科學學報,2017,2(01):17-24.
[76]左建平,孫運江,李楷,陳巖,王金濤,姜廣輝. 陷落柱影響區軟巖巷道加固段長度及其底鼓控制研究[J]. 中國礦業大學學報,2017,46(01):18-26.
[77]左建平,陳巖,宋洪強,魏旭. 煤巖組合體峰前軸向裂紋演化與非線性模型[J]. 巖土工程學報,2017,39(09):1609-1615.
[78]左建平,陳巖,張俊文,王金濤,孫運江,姜廣輝. 不同圍壓作用下煤-巖組合體破壞行為及強度特征[J]. 煤炭學報,2016,41(11):2706-2713.
[79]左建平,孫運江,劉文崗,胡本. 淺埋大采高工作面頂板初次斷裂爆破機理與力學分析[J]. 煤炭學報,2016,41(09):2165-2172.
[80]左建平,李樹忱,王兆豐. 高應力強卸荷作用下多組裂隙巖體宏細觀力學行為[J]. 科技創新導報,2016,13(13):176.
[81]陳新,左建平. 張量分析教學內容改革的研究與實踐[J]. 科技創新導報,2016,13(09):116-117.
[82]左建平,孫運江,姜廣輝,王金濤,陳巖. 淺埋工作面頂板預裂分形爆破力學與模擬分析[J]. 煤炭科學技術,2016,44(06):33-38.
[83]左建平,孫運江,王金濤,姜廣輝,陳巖. 工作面前方頂板漸進破壞的斷裂力學分析[J]. 煤礦開采,2016,21(03):7-10.
[84]左建平*,孫運江,王金濤,陳巖,姜廣輝. 大斷面破碎巷道全空間桁架錨索協同支護研究[J]. 煤炭科學技術,2016,44(03):1-6.
[85]劉德軍,黃宏偉,左建平,薛亞東. 用于纖維編織網增強混凝土的早強基體材料[J]. 建筑材料學報,2016,19(05):888-895.
[86]劉建功,趙家巍,李蒙蒙,左建平. 煤礦充填開采連續曲形梁形成與巖層控制理論[J]. 煤炭學報,2016,41(02):383-391.
[87]左建平,柴能斌,趙燦,劉敏. 門頭溝玄武巖細觀礦物組成與宏觀力學行為的關聯性研究[J]. 應用基礎與工程科學學報,2015,23(05):942-951.
[88]郭東明,閆鵬洋,楊仁樹,左建平,袁保森,趙偉. 爆破開挖中巷道圍巖缺陷擴展的動焦散模型試驗研究[J]. 采礦與安全工程學報,2015,32(05):728-734.
[89]郭東明,劉康,楊仁樹,左建平,范敬沖. 爆破對鄰近巷道背爆側傾斜裂紋影響實驗研究[J]. 采礦與安全工程學報,2015,32(01):99-104.
[90]左建平,祝捷,劉升貴. 礦山工程的斷裂力學教學方法[J]. 高教論壇,2014,(11):22-25.
[91]左建平,劉連峰,陳紹杰,陳連軍. 采動卸荷巖石破壞的理論模型與實驗驗證[J]. 地下空間與工程學報,2014,10(05):1002-1009.
[90]裴建良,蘇立,劉建鋒,左建平. 層狀大理巖間接拉伸試驗及斷口形貌和斷裂機理分析[J]. 四川大學學報(工程科學版),2014,46(04):39-45.
[91]李華華,趙洪寶,左建平. 露天礦邊坡潛在滑移面識別數值模擬[J]. 煤礦安全,2014,45(06):211-214.
[92]左建平*,黃亞明,熊國軍,劉靖,李蒙蒙. 脆性巖石破壞的能量跌落系數研究[J]. 巖土力學,2014,35(02):321-327.
[93]左建平,周宏偉,范雄,鞠楊. 三點彎曲下熱處理北山花崗巖的斷裂特性研究[J]. 巖石力學與工程學報,2013,32(12):2422-2430.
[94]左建平*,劉連峰,周宏偉,黃亞明. 不同開采條件下巖石的變形破壞特征及對比分析[J]. 煤炭學報,2013,38(08):1319-1324.
[95]左建平,柴能斌,周宏偉. 不同深度玄武巖的三點彎曲細觀破壞實驗研究[J]. 巖石力學與工程學報,2013,32(04):689-695.
[96]裴建良,劉建鋒,左建平,張茹. 基于聲發射定位的自然裂隙動態演化過程研究[J]. 巖石力學與工程學報,2013,32(04):696-704.
[97]王臻,RUTQVIST Jonny,左建平,戴瑛. 裂隙單元修正等效滲透率模型及其驗證[J]. 巖石力學與工程學報,2013,32(04):728-733.
[98]左建平,黃亞明,劉連峰. 含偏置缺口玄武巖原位三點彎曲細觀斷裂研究[J]. 巖石力學與工程學報,2013,32(04):740-746.
[99]李潮,周宏偉,左建平,丁靖洋,高明忠,亓帥. 土壓平衡盾構刀盤扭矩計算方法與多因素量化分析[J]. 巖石力學與工程學報,2013,32(04):760-766.
[100]左建平,趙洪寶,張國彬. 關鍵層厚度對大斷面巷道穩定性影響研究[J]. 中國煤炭,2013,39(02):45-47.
[101]葛勇勇,張紅兵,趙洪寶,左建平,邢俊瀧. 井工開采對露天礦邊幫穩定性影響研究[J]. 金屬礦山,2013,(02):32-35+38.
[102]左建平,趙洪寶,楊建立,彭瑞東. 大采高綜放開采煤巖體冒落規律數值模擬研究[J]. 煤炭科學技術,2013,41(01):56-59.
[103]左建平*,周宏偉,胡本. 基于單元質心對應法花崗巖熱開裂及變形模擬研究[J]. 中國礦業大學學報,2012,41(06):878-884+922.
[104]張澤天,劉建鋒,王璐,楊昊天,左建平. 組合方式對煤巖組合體力學特性和破壞特征影響的試驗研究[J]. 煤炭學報,2012,37(10):1677-1681.
[105]彭瑞東,翁煒,左建平,馬維佳. 數字散斑相關法在SEM觀測巖石變形時的應用[J]. 中國礦業大學學報,2012,41(04):650-656.
[106]左建平*,周宏偉,方園,黃亞明. 含雙缺口北山花崗巖的熱力耦合斷裂特性試驗研究[J]. 巖石力學與工程學報,2012,31(04):738-745.
[107]趙小平,左建平,裴建良. 錦屏層狀大理巖斷裂機制的細觀試驗研究[J]. 巖石力學與工程學報,2012,31(03):534-542.
[108]趙小平,左建平,裴建良,張茹. 錦屏層狀大理巖斷裂特征的微細觀分析[J]. 重慶大學學報,2012,35(01):132-140.
[109]左建平,柴能斌,周宏偉. 賦存深度對玄武巖變形破壞及能量特征的影響研究[J]. 地下空間與工程學報,2011,7(06):1174-1180.
[110]彭瑞東,武志德,周宏偉,左建平. 層狀鹽巖中裂紋擴展規律的細觀實驗研究[J]. 巖石力學與工程學報,2011,30(S2):3953-3959.
[111]左建平,裴建良,劉建鋒,彭瑞東,李岳春. 煤巖體破裂過程中聲發射行為及時空演化機制[J]. 巖石力學與工程學報,2011,30(08):1564-1570.
[112]左建平*,周宏偉,方園,孟冰冰,彭瑞東. 甘肅北山地區深部花崗巖的熱開裂試驗研究[J]. 巖石力學與工程學報,2011,30(06):1107-1115.
[113]楊建立,左建平,孫凱,孟冰冰,林軒. 大采高多斷層工作面綜放誘發地表沉陷觀測及數值分析[J]. 巖石力學與工程學報,2011,30(06):1216-1224.
[114]左建平,謝和平,孟冰冰,劉建鋒. 煤巖組合體分級加卸載特性的試驗研究[J]. 巖土力學,2011,32(05):1287-1296.
[115]郭東明,左建平,張毅,楊仁樹. 不同傾角組合煤巖體的強度與破壞機制研究[J]. 巖土力學,2011,32(05):1333-1339.
[116]左建平,謝和平,吳愛民,劉建鋒. 深部煤巖單體及組合體的破壞機制與力學特性研究[J]. 巖石力學與工程學報,2011,30(01):84-92.
[117]周宏偉,謝和平,左建平,杜盛浩,滿軻,嚴春野. 賦存深度對巖石力學參數影響的實驗研究[J]. 科學通報,2010,55(34):3276-3284.
[118]王占剛,左建平. 多體模型的三角形網格可控邊折疊方法研究[J]. 計算機工程與應用,2010,46(32):13-16.
[119]王占剛,左建平. 基于STR算法的三維地質模型R樹索引構建與分析[J]. 計算機應用研究,2010,27(10):3783-3785.
[120]蔡光順,左建平,李毅,閆萬俊,李生亞,于洋. 中興礦近距離煤層上覆巖層移動規律研究[J]. 礦業工程研究,2010,25(02):1-5.
[121]左建平,左明. 談大學工程力學課程的教學思想[J]. 高教論壇,2010,(04):18-21.
[122]左建平*,周宏偉,劉瑜杰. 不同溫度下砂巖三點彎曲破壞的特征參量研究[J]. 巖石力學與工程學報,2010,29(04):705-712.
[123]左建平*,謝和平,劉瑜杰,胡本,盧菁芳. 不同溫度熱處理后砂巖三點彎曲的斷裂特性[J]. 固體力學學報,2010,31(02):119-126.
[124]吳愛民,左建平,郭志飚,李岳春. 錢家營礦近距離煤層巷道破壞原因及支護對策[J]. 煤炭科學技術,2010,38(01):13-16+110.
[125]吳愛民,左建平. 多次動壓下近距離煤層群覆巖破壞規律研究[J]. 湖南科技大學學報(自然科學版),2009,24(04):1-6.
[126]郭東明,左建平,張慧,徐輝東. 高強混凝土裂紋擴展規律的CT觀察[J]. 硅酸鹽學報,2009,37(10):1607-1612.
[127]易成,李志兵,劉晉艷,郝彬,左建平. 兩種介質接觸面剪切力學性能的試驗研究[J]. 巖土工程學報,2009,31(09):1317-1323.
[128]左建平,陳忠輝,王懷文,劉曉鵬,吳志鵬. 深部煤礦采動誘發斷層活動規律[J]. 煤炭學報,2009,34(03):305-309.
[129]王志國,周宏偉,謝和平,左建平. 深部開采上覆巖層移動的現場監測分析[J]. 金屬礦山,2009,(01):145-149.
[130]王志國,周宏偉,謝和平,左建平,王懷文. 深部開采對覆巖破壞移動規律的實驗研究[J]. 實驗力學,2008,23(06):503-510.
[131]左建平,謝和平,周宏偉,王懷文,方園. 溫度影響下砂巖的細觀破壞及變形場的DSCM表征[J]. 力學學報,2008,(06):786-794.
[132]左建平,滿軻,曹浩,楊國香,胡翠平. 熱力耦合作用下巖石流變模型的本構研究[J]. 巖石力學與工程學報,2008,(S1):2610-2616.
[133]左建平,周宏偉,謝和平,鞠楊. 溫度和應力耦合作用下砂巖破壞的細觀試驗研究[J]. 巖土力學,2008,(06):1477-1482.
[134]王懷文,周宏偉,謝和平,左建平,李艷杰. 掃描電鏡下斷口表面的三維重建及分形維數的測量[J]. 實驗力學,2008,(02):118-124.
[135]左建平,謝和平,周宏偉,方園,范雄. 溫度-拉應力共同作用下砂巖破壞的斷口形貌[J]. 巖石力學與工程學報,2007,(12):2444-2457.
[136]左建平*,謝和平,周宏偉,彭蘇萍. 溫度影響下煤層頂板砂巖的破壞機制及塑性特性[J]. 中國科學(E輯:技術科學),2007,(11):1394-1402.
[137]左建平*,謝和平,周宏偉,彭蘇萍. 不同溫度作用下砂巖熱開裂的實驗研究[J]. 地球物理學報,2007,(04):1150-1155.
[138]左建平; 周宏偉; 謝和平.不同溫度影響下砂巖的斷裂特性研究.工程力學, 2008, (05): 124-130.
[138]鞠楊,左建平,宋振鐸,田鷺璐,周宏偉. 煤礦開采中的巖層應力分布與變形移動的DDA模擬[J]. 巖土工程學報,2007,(02):268-273.
[139]王懷文,周宏偉,左建平,王志國,謝和平. 光測方法在巖層移動相似模擬實驗中的應用[J]. 煤炭學報,2006,(03):278-281.
[140]左建平*,謝和平,周宏偉. 溫度壓力耦合作用下的巖石屈服破壞研究[J]. 巖石力學與工程學報,2005,(16):2917-2921.
[141]周宏偉,謝和平,左建平. 深部高地應力下巖石力學行為研究進展[J]. 力學進展,2005,(01):91-99.
[142]李洪濤,左建平,李輝. Hoek-Brown強度準則的斷裂力學理論研究[J]. 巖土工程學報,2004,(02):212-215.
[143]謝和平,高峰,周宏偉,左建平. 巖石斷裂和破碎的分形研究[J]. 防災減災工程學報,2003,(04):1-9.
[144]ZdenekP.Bazant,YongZhou,惠允,周宏偉,左建平,彭瑞東,李輝. 世貿中心大廈為何坍塌?——簡化分析[J]. 力學進展,2002,(04):613-624.
發表中文會議論文：
[1]劉暢,王振波,韓宇棟,左建平,張子山. 硫酸鹽侵蝕ECC的超聲脈沖時域參數與力學性能[C].第十三屆高性能混凝土學術研討會論文集. 2019:136-137.
[2]姜廣輝,左建平,馬騰,魏旭. 高溫處理下的花崗巖波速與滲透率變化規律試驗研究[C].中國力學大會-2017暨慶祝中國力學學會成立60周年大會論文集（A）. 2017:1715-1734.
[3]左建平,陳巖. 循環加卸載作用下深部煤巖組合體裂紋張開效應研究[C].中國力學大會-2017暨慶祝中國力學學會成立60周年大會論文集（A）. 2017:1707-1714.
[4]左建平; 孫運江; 林軒; 陳巖; 史月.新建礦井地應力測試反演及其對巷道布置影響.第35屆國際采礦巖層控制會議, 中國,遼寧省,阜新市, 2016-09-17至2016-09-19.
[5]左建平; Wei Xu; YANG Shengli; WANG Chunlai; LI Yang; SU Hai-cheng.The mechanism of Progressive Rock Failures and Plastic Hinges at Great Depth.33rd international conference on ground control in mining(China)-The theory and technical progress on ground control in coal mining, China, 2014-10-24 to 2014-10-26.
[6]左建平*; 魏旭; 楊勝利; 王春來.深部巖層漸進破斷機理及塑性鉸理論研究.33屆國際采礦巖層控制會議, 中國,北京市, 2014-10-20至2014-10-22.
[7]熊國軍,左建平,李方樞,柴能斌,李岳春. 基于實驗的非線彈性固體中“波速-應變”理論模型[C]. 北京力學會第18屆學術年會論文集. 2012:240-241.
[8]黃亞明,左建平,劉連峰,柴能斌,劉靖. 不同埋深玄武在細觀實驗下裂紋擴展的研究[C]. 北京力學會第18屆學術年會論文集. 2012:288-289.
[9]林軒,左建平,張國彬,李方樞,劉靖. 基于有效剪切應力理論下矩形巷道臨空不連續面的影響深度研究[C]. 北京力學會第18屆學術年會論文集. 2012:545-546.
[10]劉連峰,左建平,柴能斌,李岳春,李方樞. 灰巖在卸荷三軸實驗下的強度和變形破壞[C]. 北京力學會第18屆學術年會論文集. 2012:302-303.
[11]王占剛,左建平,李霄娜,李永軍. 礦井陷落柱的塌陷機理及變形場的數值分析[C]. Proceedings of 2011 AASRI Conference on Information Technology and Economic Development（AASRI-ITED 2011 V3）. 2011:285-288.
[12]王占剛,左建平,李霄娜,李永軍. 礦井陷落柱的塌陷機理及變形場的數值分析[C]. Proceedings of 2011 International Conference on Fuzzy Systems and Neural Computing(FSNC 2011 V6). 2011:512-515.
[13]Zuo Jian-ping*; Wang Ren-ke; Wu Ai-min; Li Yang; Wang Zhan-gang.Optimization Support Controlling Large Deformation of Tunnel in Deep Mine based on Discontinuous Deformation Analysis.International Conference on Environment Science and Engineering (ICESE), Hong Kong, 2011-04-01 to 2011-04-03.
[14]Zhou Hongwei; 左建平; Xue D J; Xie Heping; Liu Jianfeng.Depth-dependent mechanical parameters of basalt: an experimental study.True Triaxial Testing of Rocks, China, 2011 to 2011.
[15]左建平; Xie Heping; Zhou Hongwei; Chai Nengbin; Jia Xi.Failure analysis of multicrack rock masses based on linear elastic fracture mechanics.Underground storage of CO2 and energy- Sino-German Conference &Excursions, China, 2010-07-06 to 2010-07-12.
[16]周宏偉,胡本,左建平. 基于細觀結構的溫度-應力作用下北山花崗巖變形破壞過程的數值模擬研究[C]. 第三屆廢物地下處置學術研討會論文集. 2010:229-238.
[17]Liu Cai ping*; Duan Qing quan; Zuo Jian ping.Theoretical Research on The Dynamic Crack Propagation Velocity Based on Nonlocal Field Theories.8th International Conference on Fracture and Damage Mechanics, 2009-09-08 to 2009-09-10.
[18]周宏偉,左建平,王駒,劉月妙. 溫度-應力作用下北山花崗巖的細觀破壞實驗研究[C]. 第二屆廢物地下處置學術研討會論文集. 2008:258-267.
[19]Wang, Huaiwen; Zhou, Hongwei; Zuo, Jianping; Wang, Zhiguo; Miao, Hui.Stability investigation and evaluation experiment of strata in mining process.9th International Conference on Engineering Structural Integrity Assessment, 2007-10-15 to 2007-10-19.
[20]Ju Yang; 左建平.Analysis of discontinuous deformation of upper rock strata of coal mine.the eighth international conference on analysis of discontinuous deformation fundamentals & application to mining & civil engineering, China, 2007 to 2007.
[21]謝和平; 左建平.影響深部巖石破壞的聲發射機理初探.深部開采基礎理論研究與工程實踐, 中國, 2006至2006.
[22]左建平; 范雄; 周宏偉; 劉文崗.基于線彈性斷裂力學節理巖體的斷裂破壞研究.深部開采基礎理論研究與工程實踐, 中國, 2006至2006.
[23]王習術,左建平. 導電高分子薄膜的微納米結構形貌分形表征與工藝力學[C]. 中國力學學會學術大會'2005論文摘要集（下）. 2005:298.
[24]左建平.深部開采條件下關鍵層的損傷蠕變分析.第二屆“研究生教育學術論壇”論文集, 中國, 2004.
明專利：
發明公開：
[1]楊柳,劉朝陽,劉合,李明峻,韓振川,余哲涵,申子航,左建平,吳旭. 基于分形-波動理論的頁巖紋層發育程度表征方法和裝置[P]. 北京市：CN116296946A,2023-06-23.
[2]孫運江,左建平,彭蘇萍,尚建選,王心呂. 一種煤礦開采地下水“淺保-深儲”全空間保護方法[P]. 北京市：CN115182782A,2022-10-14.
[3]楊柳,張子涵,孟思煒,左建平,何劍英,徐紅超,夏東岳,王建淇,何滿潮. 一種基于納米壓痕實驗評價頁巖微觀裂隙發育程度的方法[P]. 北京市：CN114048640A,2022-02-15.
[4]左建平,吳根水,孫運江,劉德軍. 一種巖層移動共軛內、外“類雙曲線”模型判定方法[P]. 北京市：CN113944510A,2022-01-18.
[5]王振波,左建平,劉暢,孫鵬. 一種動態監測混凝土損傷的超聲脈沖能量法[P]. 北京市：CN113933386A,2022-01-14.
[6]左建平,于鎮武,劉海雁,史月,雷博,徐丞誼. 一種深部鋼管混凝土支架和錨桿協同支護方法[P]. 北京市：CN113882876A,2022-01-04.
[7]熊國軍,孫旻,左建平,袁青云,方興杰,竇錦鐘. 地連墻的連接結構及其施工方法[P]. 上海市：CN113863283A,2021-12-31.
[8]熊國軍,孫旻,左建平,韓磊,袁青云,方興杰. 適用于巖土工程的爪錨型錨桿及其施工方法[P]. 上海市：CN113668523A,2021-11-19.
[9]劉德軍,郭藝豪,左建平,劉海雁,商奇,陳國亮,戴慶慶. 一種用于巷道支護的耗能裝配式翼緣鋼混支架[P]. 北京市：CN113431605A,2021-09-24.
[10]楊柳,繆澄宇,陶志剛,左建平,劉巖,張征延,何滿潮. 一種軟巖蠕變原位監測分析方法和系統[P]. 北京市：CN113340359A,2021-09-03.
[11]熊國軍,孫旻,左建平,竇錦鐘,韓磊,冉岸綠. 變剛度抗沖擊與自清理的棚洞防護裝置[P]. 上海市：CN113265963A,2021-08-17.
[12]左建平,張春旺,云小鵬,劉海雁. 一種礦用水力沖孔轉向閥[P]. 北京市：CN113090190A,2021-07-09.
[13]左建平,杜建,吳根水,王鵬. 一種模擬深部開采奧灰突水的多場耦合試驗裝置及方法[P]. 北京市：CN113063904A,2021-07-02.
[14]熊國軍,孫旻,左建平,韓磊,袁青云,方興杰. 有效抗落石沖擊的棚洞結構[P]. 上海市：CN112982202A,2021-06-18.
[15]熊國軍,孫旻,左建平,方興杰,冉岸綠,韓磊. 適用于超深基坑地下連續墻的連接結構及其施工方法[P]. 上海市：CN112878311A,2021-06-01.
[16]熊國軍,孫旻,左建平,冉岸綠,吳劍秋,袁青云. 可抗彎拉的地下連續墻施工方法及其構造[P]. 上海市：CN112854196A,2021-05-28.
[17]謝黨虎,徐飛,張琪,左建平,孫運江,左書豪,杜超杰,王二云. 一種測試礦井水可視化滲流及凈化特性的實驗系統[P]. 陜西省：CN112710805A,2021-04-27.
[18]王振波,孫鵬,左建平,韓帥,胡煜東. 一種高延性砌墻防護地下水庫人工壩體結構及其建造方法[P]. 北京市：CN112593531A,2021-04-02.
[19]左建平,左書豪,李民峰,史月,米長寧,孫運江,李政岱,徐飛,劉海雁,杜超杰. 一種多角度軸壓可變的巖石剪切試驗裝置及試驗方法[P]. 北京市：CN112461681A,2021-03-09.
[20]左建平,史月,鄧紅星,左書豪,孫運江,米長寧,李政岱,徐飛,張琪,翟鴻良. 一種用于采動破裂巖石的滲流特性測試系統及試驗方法[P]. 北京市：CN112461725A,2021-03-09.
[21]翟鴻良,左書豪,史月,左建平,米長寧,劉暢,王二云,王旭. 一種多場可視化的采動相似模型實驗裝置[P]. 陜西省：CN112240924A,2021-01-19.
[22]李明耀,彭磊,左建平,王智敏. 一種利用巖石細觀結構數字圖像的數值分析方法[P]. 北京市：CN112150430A,2020-12-29.
[23]左建平,劉海雁,劉德軍,文金浩,雷博,張琪,吳凱俊. 一種應力-巖性-構造三因素時空耦合調控支護方法[P]. 北京市：CN112065404A,2020-12-11.
[24]左建平,劉海雁,劉德軍,文金浩,雷博,張琪,周鈺博. 一種深部圓形巷道防沖擊支護方法[P]. 北京市：CN112065461A,2020-12-11.
[25]張小燕,王振波,左建平. 一種鈣質砂增強水泥基材料及其制備方法[P]. 北京市：CN111995331A,2020-11-27.
[26]韓宇棟,劉暢,王振波,左建平,張劍. 一種免拆模的拼裝式高延性水泥套管現澆混凝土組合柱[P]. 北京市：CN111411739A,2020-07-14.
[27]左建平,趙衛平,白笑,吳麗麗,劉德軍. 扭剪螺栓群連接抗彎系桿鋼管混凝土拱聯合空間支護裝置[P]. 北京市：CN111365038A,2020-07-03.
[28]劉德軍,張楊,左建平,仲飛,姚小云. 一種頁巖壓裂裝置及方法[P]. 北京市：CN110284866A,2019-09-27.
[29]劉德軍,左建平,劉海雁,李猛,李英杰,雷博,張堂亮. 一種深部軟巖圓形巷道支護方法[P]. 北京市：CN110145329A,2019-08-20.
[30]左建平,胡順銀. 一種采空區頂板破斷模擬試驗裝置[P]. 北京市：CN109269899A,2019-01-25.
[31]王軍,左建平,平娜,顧薛青,王波,郭畢鈞,丁厚鋼. 一種裝配式泵房吸水井支護系統及施工方法[P]. 山東：CN108442949A,2018-08-24.
[32]劉德軍,左建平,劉海雁,李猛,李英杰,張堂亮. 一種“U型鋼支架”原位加固方法[P]. 北京：CN108442950A,2018-08-24.
[33]王軍,顧薛青,郭畢鈞,左建平,王正澤,宋建新. 一種鋼管混凝土拱架可縮式接頭及拱架[P]. 山東：CN108397216A,2018-08-14.
[34]劉德軍,左建平,李猛,劉海雁,李英杰,張堂亮. 一種可伸縮的輕質鋼管混凝土支架及制作方法[P]. 北京：CN108374676A,2018-08-07.
[35]劉德軍,左建平,李猛,劉海雁,李英杰,張堂亮. 一種裝配式讓壓鋼管混凝土支架及制作方法[P]. 北京：CN108361051A,2018-08-03.
[36]王軍,郭畢鈞,楊立華,王正澤,左建平,徐亮,宋建新. 一種適用于動壓巷道的強頂固底兩幫卸壓支護結構及方法[P]. 山東：CN108301850A,2018-07-20.
[37]左建平,姜廣輝,劉暢. 一種隙寬可調的內部可視的三維裂隙滲透裝置[P]. 北京：CN108195738A,2018-06-22.
[38]左建平,姜廣輝,陳巖. 一種基于常規單三軸壓縮試驗確定地應力方向的方法[P]. 北京：CN108132186A,2018-06-08.
[39]王軍,謝浩,徐亮,邱敬格,宋建新,左建平,王波,王正澤. 一種預制裝配式復合支護結構[P]. 山東：CN108119164A,2018-06-05.
[40]左建平,文金浩,胡順銀. 一種煤礦矩形巷道頂板等強梁支護方法[P]. 北京：CN108071405A,2018-05-25.
[41]劉德軍,左建平,張堂亮. 一種基于“鋼格柵-鋼管混凝土”的軟巖巷道支護方法[P]. 北京：CN107956491A,2018-04-24.
[42]劉德軍,李承宇,左建平. 一種用于襯砌結構的多功能試驗裝置[P]. 北京：CN107941594A,2018-04-20.
[43]王軍,謝浩,左建平,顧薛青,徐亮,宋建新,王正澤,王波. 一種基于型鋼的預制裝配式復合支護結構安裝工藝[P]. 山東：CN107893665A,2018-04-10.
[44]王軍,謝浩,徐亮,左建平,宋建新,邱敬格,郭畢鈞,顧薛青,王正澤. 一種裝配式混凝土弧板與棋盤式預應力錨索復合支護結構及其施工方法[P]. 山東：CN107795322A,2018-03-13.
[45]王軍,顧薛青,劉競澤,徐亮,宋建新,邱敬格,郭畢鈞,左建平,王正澤. 一種基于外側鋼拱架和內側混凝土板的裝配式支護結構及其施工方法[P]. 山東：CN107725068A,2018-02-23.
[46]王軍,謝浩,宋建新,郭畢鈞,徐亮,左建平,王波,王正澤. 一種基于型鋼的預制裝配式復合支護系統[P]. 山東：CN107630708A,2018-01-26.
[47]左建平,孫運江,劉光文. 一種大采高綜放面過復雜空巷的分段式充填工藝與方法[P]. 北京：CN107288684A,2017-10-24.
[48]王軍,朱緒文,王正澤,劉志剛,曲廣龍,黃萬朋,左建平. 一種沿空掘巷煤柱雙向加固方法[P]. 山東：CN106884655A,2017-06-23.
[49]王軍,陳冰慧,黃萬朋,曲廣龍,王正澤,左建平. 一種沿空留巷巷旁支護系統及其構筑方法[P]. 山東：CN106677804A,2017-05-17.
[50]王軍,王正澤,陳冰慧,何曉升,左建平. 一種巷道交岔點用鋼管混凝土組合支架[P]. 山東：CN106593486A,2017-04-26.
[51]左建平,文金浩,孫運江,姜廣輝. 一種煤炭與其伴生油頁巖聯合開采方法[P]. 北京：CN106337685A,2017-01-18.
[52]左建平,于鑫,謝浩,郭賀,張鳳銀. 深井軟巖巷道圍巖承壓環穩定性控制方法[P]. 北京：CN105673037A,2016-06-15.
[53]左建平,李永棟,王廷征,周宏偉,劉建峰. 一種全方位研究地下采礦的巖石力學實驗方法[P]. 北京：CN105527151A,2016-04-27.
[54]左建平,孫運江,吳迪. 一種半封閉鋼筋混凝土管片支護系統[P]. 北京：CN105484763A,2016-04-13.
[55]左建平,吳迪,王廷征,李楷. 一種確定臨近陷落柱破碎巷道支護長度的方法[P]. 北京：CN105160188A,2015-12-16.
[56]任輝,張志元,徐剛,祝文斌,靳恒濤,蒲小麗,李洪江,孫柯,史艷軍,龔國榮,左建平. 一種沙地整拖井架的方法[P]. 天津：CN104944329A,2015-09-30.
[57]劉建鋒,鞠楊,王璐,徐慧寧,左建平,徐楊夢迪,鄒航,周志威,卓越. 用于巖石損傷測試的整體式聲發射測試傳感器定位裝置[P]. 四川：CN104677994A,2015-06-03.
[58]左建平,吳迪,張婷,劉光文. 一種巷道全空間預應力桁架錨索錨桿協同支護方法[P]. 北京：CN104533483A,2015-04-22.
[59]左建平,王兆豐,熊國軍. 雙軸多功能加卸載實驗系統[P]. 北京：CN103776686A,2014-05-07.
[60]左建平,熊國軍. 精確測量不同應力條件下波的傳播速度的裝置及方法[P]. 北京：CN102175301A,2011-09-07.
[61]左建平,陳立平,柴能斌,李岳春. 測試地應力深孔精確定位裝置[P]. 北京：CN102134970A,2011-07-27.
發明授權：
[1]王軍,郭畢鈞,楊立華,王正澤,左建平,徐亮,宋建新. 一種適用于動壓巷道的強頂固底兩幫卸壓支護結構及方法[P]. 山東省：CN108301850B,2023-08-25.
[2]楊柳,劉朝陽,劉合,李明峻,韓振川,余哲涵,申子航,左建平,吳旭. 基于分形-波動理論的頁巖紋層發育程度表征方法和裝置[P]. 北京市：CN116296946B,2023-08-11.
[3]熊國軍,孫旻,左建平,方興杰,冉岸綠,韓磊. 適用于超深基坑地下連續墻的連接結構及其施工方法[P]. 上海市：CN112878311B,2023-03-28.
[4]熊國軍,孫旻,左建平,韓磊,袁青云,方興杰. 適用于巖土工程的爪錨型錨桿及其施工方法[P]. 上海市：CN113668523B,2023-02-03.
[5]楊柳,雍成振,左建平,劉合. 基于高溫高壓劃痕測量頁巖脆性指數連續剖面的裝置及方法[P]. 北京市：CN115356223B,2022-12-20.
[6]翟鴻良,左書豪,史月,左建平,米長寧,劉暢,王二云,王旭. 一種多場可視化的采動相似模型實驗裝置[P]. 陜西省：CN112240924B,2022-12-06.
[7]左建平,吳根水,孫運江,劉德軍. 一種巖層移動共軛內、外“類雙曲線”模型判定方法[P]. 北京市：CN113944510B,2022-10-11.
[8]左建平,左書豪,李民峰,史月,米長寧,孫運江,李政岱,徐飛,劉海雁,杜超杰. 一種多角度軸壓可變的巖石剪切試驗裝置及試驗方法[P]. 北京市：CN112461681B,2022-10-11.
[9]熊國軍,孫旻,左建平,竇錦鐘,韓磊,冉岸綠. 變剛度抗沖擊與自清理的棚洞防護裝置[P]. 上海市：CN113265963B,2022-08-26.
[10]左建平,張春旺,云小鵬,劉海雁. 一種礦用水力沖孔轉向閥[P]. 北京市：CN113090190B,2022-07-05.
[11]楊柳,張子涵,孟思煒,左建平,何劍英,徐紅超,夏東岳,王建淇,何滿潮. 一種基于納米壓痕實驗評價頁巖微觀裂隙發育程度的方法[P]. 北京市：CN114048640B,2022-03-18.
[12]熊國軍,孫旻,左建平,冉岸綠,吳劍秋,袁青云. 可抗彎拉的地下連續墻施工方法及其構造[P]. 上海市：CN112854196B,2022-03-04.
[13]熊國軍,孫旻,左建平,韓磊,袁青云,方興杰. 有效抗落石沖擊的棚洞結構[P]. 上海市：CN112982202B,2022-03-04.
[14]左建平,史月,鄧紅星,左書豪,孫運江,米長寧,李政岱,徐飛,張琪,翟鴻良. 一種用于采動破裂巖石的滲流特性測試系統及試驗方法[P]. 北京市：CN112461725B,2022-01-28.
[15]楊柳,繆澄宇,陶志剛,左建平,劉巖,張征延,何滿潮. 一種軟巖蠕變原位監測分析方法和系統[P]. 北京市：CN113340359B,2021-11-05.
[16]左建平,劉海雁,劉德軍,文金浩,雷博,張琪,周鈺博. 一種深部圓形巷道防沖擊支護方法[P]. 北京市：CN112065461B,2021-09-28.
[17]左建平,劉海雁,劉德軍,文金浩,雷博,張琪,吳凱俊. 一種應力-巖性-構造三因素時空耦合調控支護方法[P]. 北京市：CN112065404B,2021-08-17.
[18]王振波,孫鵬,左建平,韓帥,胡煜東. 一種高延性砌墻防護地下水庫人工壩體結構的建造方法[P]. 北京市：CN112593531B,2021-07-30.
[19]左建平,姜廣輝,劉暢. 一種隙寬可調的內部可視的三維裂隙滲透裝置[P]. 北京市：CN108195738B,2021-02-19.
[20]左建平,姜廣輝,陳巖. 一種基于常規單三軸壓縮試驗確定地應力方向的方法[P]. 北京市：CN108132186B,2020-11-13.
[21]劉德軍,左建平,劉海雁,李猛,李英杰,雷博,張堂亮. 一種深部軟巖圓形巷道支護方法[P]. 北京市：CN110145329B,2020-08-11.
[22]劉德軍,左建平,張堂亮. 一種基于“鋼格柵-鋼管混凝土”的軟巖巷道支護方法[P]. 北京市：CN107956491B,2020-05-12.
[23]劉德軍,左建平,李猛,劉海雁,李英杰,張堂亮. 一種裝配式讓壓鋼管混凝土支架及制作方法[P]. 北京市：CN108361051B,2020-04-14.
[24]劉德軍,左建平,劉海雁,李猛,李英杰,張堂亮. 一種“U型鋼支架”原位加固方法[P]. 北京市：CN108442950B,2020-01-07.
[25]左建平,文金浩,胡順銀. 一種煤礦矩形巷道頂板等強梁支護方法[P]. 北京市：CN108071405B,2019-10-29.
[26]王軍,謝浩,左建平,顧薛青,徐亮,宋建新,王正澤,王波. 一種基于型鋼的預制裝配式復合支護結構安裝工藝[P]. 山東省：CN107893665B,2019-07-05.
[27]左建平,文金浩,孫運江,姜廣輝. 一種煤炭與其伴生油頁巖聯合開采方法[P]. 北京市：CN106337685B,2019-04-05.
[28]王軍,陳冰慧,黃萬朋,曲廣龍,王正澤,左建平. 一種沿空留巷巷旁支護系統及其構筑方法[P]. 山東省：CN106677804B,2019-03-29.
[29]王軍,朱緒文,王正澤,劉志剛,曲廣龍,黃萬朋,左建平. 一種沿空掘巷煤柱雙向加固方法[P]. 山東省：CN106884655B,2019-02-22.
[30]左建平,吳迪,王廷征,李楷. 一種確定臨近陷落柱破碎巷道支護長度的方法[P]. 北京市：CN105160188B,2018-11-16.
[31]王軍,王正澤,陳冰慧,何曉升,左建平. 一種巷道交岔點用鋼管混凝土組合支架[P]. 山東省：CN106593486B,2018-07-17.
[32]左建平,孫運江,吳迪. 一種深部煤礦半封閉鋼筋混凝土管片支護方法[P]. 北京市：CN105484763B,2018-05-25.
[33]劉建鋒,鞠楊,王璐,徐慧寧,左建平,徐楊夢迪,鄒航,周志威,卓越. 用于巖石損傷測試的整體式聲發射測試傳感器定位裝置[P]. 四川省：CN104677994B,2018-03-16.
[34]左建平,于鑫,王軍,史月,謝浩,郭賀,張鳳銀. 深井軟巖巷道圍巖承壓環穩定性控制方法[P]. 北京市：CN105673037B,2018-02-27.
[35]左建平,王兆豐,熊國軍. 雙軸多功能加卸載實驗系統[P]. 北京市：CN103776686B,2016-03-02.
[36]左建平,熊國軍. 精確測量不同應力條件下波的傳播速度的裝置及方法[P]. 北京市：CN102175301B,2013-01-02.
實用新型：
[1]劉德軍,郭藝豪,左建平,劉海雁,商奇,陳國亮,戴慶慶. 一種用于巷道支護的耗能裝配式翼緣鋼混支架耗能接頭[P]. 北京市：CN216157688U,2022-04-01.
[2]左建平,于鎮武,劉海雁,史月,雷博,徐丞誼. 一種鋼管混凝土支架與錨桿協同支護裝置[P]. 北京市：CN216077144U,2022-03-18.
[3]左建平,趙衛平,白笑,吳麗麗,劉德軍. 扭剪螺栓群連接抗彎系桿鋼管混凝土拱聯合空間支護裝置及巷道空間支護裝置[P]. 北京市：CN212563267U,2021-02-19.
[4]劉德軍,張楊,左建平,姚小云,仲飛. 一種頁巖壓裂裝置[P]. 北京市：CN210217705U,2020-03-31.
[5]李政岱,左建平,文金浩,左書豪. 一種用于提高錨桿鉆孔機鉆孔角度精度的裝置[P]. 北京市：CN209928283U,2020-01-10.
[6]左建平,胡順銀. 一種采空區頂板破斷模擬試驗裝置[P]. 北京市：CN208847597U,2019-05-10.
[7]王軍,左建平,平娜,顧薛青,王波,郭畢鈞,丁厚鋼. 一種裝配式泵房吸水井支護系統[P]. 山東：CN208280966U,2018-12-25.
[8]王軍,顧薛青,郭畢鈞,左建平,王正澤,宋建新. 一種鋼管混凝土拱架可縮式接頭及拱架[P]. 山東：CN208137969U,2018-11-23.
[9]郜富平,左建平,范紅斌,劉德軍,白璐,趙博,申長吉,譚君海,周鈺薄,聶曉飛,趙衛,王永紅,劉志明,何長春,王苗苗,高新剛,董飛. 一種抗彎強化的橢圓形截面中空鋼管混凝土支架構件[P]. 山西：CN208122861U,2018-11-20.
[10]王軍,郭畢鈞,楊立華,王正澤,左建平,徐亮,宋建新. 一種適用于動壓巷道的強頂固底兩幫卸壓支護結構[P]. 山東：CN208040404U,2018-11-02.
[11]王軍,顧薛青,劉競澤,徐亮,宋建新,邱敬格,郭畢鈞,左建平,王正澤. 一種基于外側鋼拱架和內側混凝土板的裝配式支護結構[P]. 山東：CN207673347U,2018-07-31.
[12]王軍,謝浩,宋建新,郭畢鈞,徐亮,左建平,王波,王正澤. 一種基于型鋼的預制裝配式復合支護系統[P]. 山東：CN207673348U,2018-07-31.
[13]王軍,謝浩,徐亮,左建平,宋建新,邱敬格,郭畢鈞,顧薛青,王正澤. 一種棋盤分布式錨索與混凝土板的裝配式支護結構[P]. 山東：CN207673349U,2018-07-31.
[14]左建平,文金浩,周鈺博,李政岱,史月,魏旭. 一種可循環利用的錨桿直徑與鉆孔直徑匹配測試裝置[P]. 北京：CN207634114U,2018-07-20.
[15]左建平,文金浩,孫運江,李政岱,邵光耀. 一種用于煤礦沿空留巷的抗偏載圓柱形鋼管混凝土墩柱[P]. 北京：CN207583400U,2018-07-06.
[16]王振波,劉暢,左建平,姜廣輝,張小燕. 一種測量混凝土彎曲撓度的簡易裝置[P]. 北京：CN207557015U,2018-06-29.
[17]劉德軍,張堂亮,左建平,李英杰,郭淞,李承宇. 一種巷道鋼管混凝土支架支撐的伸縮式雙弧形頂桿[P]. 北京：CN207377585U,2018-05-18.
[18]李英杰,王雪麗,左建平,劉德軍. 基于頁巖氣吸附解析實驗恒溫條件的溫度控制裝置[P]. 北京：CN207148676U,2018-03-27.
[19]王軍,陳冰慧,黃萬朋,曲廣龍,王正澤,左建平. 一種沿空留巷巷旁支護系統[P]. 山東：CN206707726U,2017-12-05.
[20]王軍,王正澤,朱緒文,陳冰慧,左建平. 一種沿空掘巷煤柱加固用脹鎖式對穿錨索[P]. 山東：CN206477871U,2017-09-08.
[21]王軍,王正澤,陳冰慧,何曉升,左建平. 一種巷道交岔點用鋼管混凝土組合支架[P]. 山東：CN206429252U,2017-08-22.
[22]左建平,王月軍,劉升貴,李斌,蘇海成. 一種射流泵油管組件[P]. 北京：CN205823758U,2016-12-21.
[23]左建平,王東飛,劉光文,張文平,李宏斌,吳迪,張瑋. 一種大斷面松軟破碎煤巷雙承壓拱支護裝置[P]. 山西：CN205117366U,2016-03-30.
[24]左建平,吳迪,王廷征,張婷,劉光文. 一種便于安裝的高預應力錨索自鎖連接裝置[P]. 北京：CN204877516U,2015-12-16.
[25]左建平,張婷,吳迪,孫運江,趙燦. 一種新型CVD金剛石復合片錨桿鉆頭[P]. 北京：CN204754790U,2015-11-11.
[26]左建平,張婷,吳迪,魏旭. 一套便于張拉及鎖緊的高預應力桁架錨索連接裝置[P]. 北京：CN204419213U,2015-06-24.
[27]左建平,吳迪,張婷,李永棟. 一套玻璃鋼錨桿控制大采高煤壁片幫的加固結構[P]. 北京：CN204371383U,2015-06-03.
[28]左建平,吳迪,張婷,魏旭,劉光文,蘇海成. 一種自動化簡便式礦車緊急制動裝置[P]. 北京：CN204196920U,2015-03-11.
[29]左建平,李宏斌,熊國軍,趙洪亮,趙春陽,梁春,宇秀庭,王哲,郭凌云,和衛紅,王愛國. 適合掃描電鏡的三點彎曲試驗機及其夾具[P]. 山西：CN202041415U,2011-11-16.
左建平，男，1978年3月生，中共黨員，教授，博士生導師。現任中國礦業大學（北京）力學與土木工程學院院長。曾到美國加州大學伯克利分校勞倫斯伯克利國家實驗室訪學一年(2011)，布朗大學高訪半年(2018)。
教學情況：
歷任工程力學A2、工程力學B、斷裂與損傷力學基礎、張量分析等課程主講教師。
榮譽獎勵：