基本信息
黄磊,男,1986年生
教授、博导、博士后合作导师,“地大百人计划”入选人
QQ:278908378;Email:huanglei@cug.edu.cn
地址:武汉市洪山区鲁磨路388号中国地质大学三峡中心
热忱欢迎地质工程、岩土工程及相关专业的同学攻读硕士、博士研究生,或开展博士后研究!
研究方向
1. 边坡稳定性评价
2. 岩体裂隙分析与岩土力学
教育背景
1. 博士,地质工程,2014年6月毕业,中国地质大学(武汉),导师:唐辉明 教授
2. 硕士,地质工程,2011年6月毕业,中国地质大学(武汉),导师:唐辉明 教授
3. 学士,岩土工程,2008年6月毕业,中国地质大学(武汉)
工作经历
1. 采矿工程(排名世界第一,据QS2019学科排名)地质灾害方向,Postdoc,美国Colorado School of Mines,2019年9月–2020年9月
2. 土木工程,Research Associate,美国Clemson University,2015年9月–2019年9月
国际期刊编委
1. Quarterly Journal of Engineering Geology and Hydrogeology(SCI检索)
2. International Journal of Geotechnical Engineering
获得奖励
1. 科学技术奖特等奖,浙江省岩土力学与工程学会,2020年,排名1/4
2. 杰出科技论文奖,Rapid Excavation & Tunneling Conference 2019,2019年,排名1/1
3. 最佳论文奖,53th U.S. Rock/Geomechanics Symposium,2019年,排名1/4
4. 最佳论文奖,Rock Mechanics and Rock Engineering,2018年,排名2/4,通讯作者
5. 杰出审稿人,Rock Mechanics and Rock Engineering,2018年,排名1/1
6. 杰出审稿人,Bulletin of Engineering Geology and the Environment,2018年,排名1/1
7. Robert Bowen 杰出教学奖,39th Annual Short Course – Grouting Fundamentals and Current Practice,2018年,排名1/1
8. 优秀审稿人,International Journal of Geotechnical Engineering,2017年,排名1/1
9. 最佳海报奖,50th U.S. Rock/Geomechanics Symposium,2016年,排名1/6
10. 优秀硕士学位论文,湖北省,2012年,排名1/1
期刊论文 (*通讯作者)
一作/通讯
1. Huang L, Su X, Tang H* (2020). Optimal selection of estimator for obtaining an accurate three-dimensional rock fracture orientation distribution. Engineering Geology, 270(6), 105575.
2. Huang L, Juang CH, Tang H* (2020). Assessing error in the 3D discontinuity-orientation distribution estimated by the Fouché method. Computers and Geotechnics, 119, 103293.
3. Zhang W, Huang L*, Juang CH (2020). An analytical model for estimating the force and displacement of fully grouted rock bolts. Computers and Geotechnics, 117, 103222.
4. Wen T, Tang H, Huang L*, Wang Y, Ma J (2020). Energy evolution: a new perspective on failure mechanism of purplish-red mudstones from the Three Gorges Reservoir area, China. Engineering Geology, 264, 105350.
5. Huang L, Tang H*, Wang L, Juang CH (2019). Minimum scanline-to-fracture angle and sample size required to produce a highly accurate estimate of the 3-D fracture orientation distribution. Rock Mechanics and Rock Engineering, 52(3), 803-825.
6. Hu S, Huang L*, Chen Z, Ji Z, Liu Z (2019). Effect of sampling interval and anisotropy on laser scanning accuracy in rock material surface roughness measurements. Strength of Materials, 51(4), 678-687.
7. Wen T, Huang L* (2019). Investigating mechanical properties of purplish-red siltstones and mudstones. IOP Conference Series: Materials Science and Engineering, 657(1): 012010.
8. Wang X, Huang L*, Zhang J (2019). A rheological model of sandstones considering response to thermal treatment. Advances in Civil Engineering, 2143748.
9. Shen P, Tang H, Huang L*, Wang D (2019). Experimental study of slaking properties of red-bed mudstones from the Three Gorges Reservoir area. Marine Georesources & Geotechnology, 37(8), 891-901.
10. Tang H, Zhang J, Huang L*, Yan C, Hu S, Eldin MEAM. (2018). Correction of line-sampling bias of rock discontinuity orientations using a modified Terzaghi method. Advances in Civil Engineering, 1629039.
11. Yan C, Xu X, Huang L* (2018). Identifying the impact factors of the dynamic strength of mudded intercalations during cyclic loading. Advances in Civil Engineering, 5805294.
12. Wang X, Huang L*, Yan C, Lian B (2018). HKCV rheological constitutive model of mudstone under dry and saturated conditions. Advances in Civil Engineering, 2621658.
13. Tang H, Huang L*, Juang CH, Zhang J (2017). Optimizing the Terzaghi estimator of the 3D distribution of rock fracture orientations. Rock Mechanics and Rock Engineering, 50(8), 2085-2099.
14. Huang L, Tang H*, Tan Q, Wang D, Wang L, EzEldin MAM (2016). A novel method for correcting scanline-observational bias of discontinuity orientation. Scientific Reports, 6, 22942.
15. Tang H, Huang L*, Bobet A, EzEldin MAM, Wang L, Wu Y, Hu X (2016). Identification and mitigation of error in the Terzaghi bias correction for inhomogeneous material discontinuities. Strength of Materials, 48(6), 825-833.
16. 黄磊, 唐辉明*, 葛云峰 (2012). 适用于半迹长测线法的岩体结构面直径新试算法. 岩石力学与工程学报, 31(1), 140-153.
17. 黄磊, 唐辉明* (2012). 适用于半迹长测线法的岩体结构面直径Priest-Zhang算法和修正算法适用性. 中南大学学报, 4, 1405-1410.
18. 黄磊, 唐辉明*, 张龙, 葛云峰, 章广成, 刘佑荣 (2011). 适用于半迹长测线法的岩体结构面迹长与直径关系新模型及新算法. 岩石力学与工程学报, 30(4), 733-745.
非一作/非通讯
1. Wang DJ, Tang H*, Shen P, Su X, Huang L (2019). Co-effects of bedding planes and parallel flaws on fracture evolution in anisotropic rocks. Engineering Geology, 105382.
2. Miao FS, Wu YP*, Xie YH, Li LW, Li J, Huang L (2019). Influence of permeation effect on the microfabric of the slip zone soils: A case study from the Huangtupo landslide. Journal of Mountain Science, 16(6), 1231-1243.
3. Pan XH, Li Y, Yu Y*, Huang L (2019). A theoretical strain relationship for identifying the failure of laboratory-scale rocks under triaxial compression. Geomechanics and Geoengineering, 1-17.
4. Tan Q, Tang H*, Huang L, Li C, Kou T (2018). LSP methodology for determining the optimal stabilizing pile location for step-shaped soil sliding. Engineering Geology, 232, 56-67.
5. Yu Y, Liu X*, Wang E, Fang K, Huang L (2018). Dam safety evaluation based on multiple linear regression and numerical simulation. Rock Mechanics and Rock Engineering, 51(8), 2451-2467.
6. Zhang S*, Xiahou Y, Tang H, Huang L, Liu X, Wu Q (2018). Study on the spatially variable saturated hydraulic conductivity and deformation behavior of accumulation reservoir landslide based on surface nuclear magnetic resonance survey. Advances in Civil Engineering, 7290640.
7. Hu S, Chen Z, Liu Z*, Wan C, Huang L (2018). Accuracy and reliability evaluation of 3D-LS for the discontinuity orientation identification with different registration/georeferencing modes. Marine Georesources & Geotechnology, 1-9.
8. Wang D, Tang H*, Zhang Y, Li C, Huang L (2017). An improved approach for evaluating the time-dependent stability of colluvial landslides during intense rainfall. Environmental Earth Sciences, 76(8), 321.
9. Liu X*, Ni W, Huang L, Liu Q, Ma J (2017). Reliability Analysis of Tailings Dams: A Case Study in Jiangxi Province, China. Geo-Risk 2017, 178-187.
10. Wang X, Hu B*, Tang H, Hu X, Wang J, Huang L (2016). A constitutive model of granite shear creep under moisture. Journal of Earth Science, 27(4), 677-685.
11. 程昊, 唐辉明*, 孙淼军, 雷国平, 吴琼, 王亮清, 黄磊 (2013). 基于半迹长测线法的岩体结构面全迹长概率分布及平均迹长新算法. 岩石力学与工程学报, 32(z2), 3073-3082.
12. 徐伟, 胡新丽*, 黄磊, 邹宗兴, 倪卫达, 刘晓 (2012). 结构面三维网络模拟计算RQD及精度对比研究. 岩石力学与工程学报, 4, 822-833.
13. 葛云峰, 唐辉明*, 黄磊, 王亮清, 孙淼军, 范怡静 (2012). 岩体结构面三维粗糙度系数表征新方法. 岩石力学与工程学报, 31(12), 2508-2517.
14. Tang H, Ge Y*, Wang L, Yuan Y, Huang L, Sun M (2012). Study on estimation method of rock mass discontinuity shear strength based on three-dimensional laser scanning and image technique. Journal of Earth Science, 23(6), 908-913.
15. 雍睿, 唐辉明*, 胡新丽, 李长冬, 黄磊 (2012). 结构面抗剪强度参数线性拟合方法适用性研究. 岩土力学, 33(S2), 118-124.
16. 张龙, 唐辉明*, 熊承仁, 黄磊, 邹宗兴 (2012). 鸡尾山高速远程滑坡运动过程PFC3D模拟. 岩石力学与工程学报, 31(1), 2601-2611.
17. 葛云峰, 唐辉明*, 刘晓, 黄磊, 倪卫达, 邹宗兴 (2011). 岩体结构面直剪实验的剪切面积误差分析. 中国矿业大学学报, 40(4), 549-555.
18. Ge Y, Tang H*, Huang L (2011). New evaluation for seismic settlement in soft clay based on analytic hierarchy process and clustering. In ICPTT 2011: Sustainable Solutions for Water, Sewer, Gas, and Oil Pipelines, 458-468.
发明专利
1. 黄磊,唐辉明,苏雪雪,张勃成。一种滑坡红外场演化监测系统,发明专利,受理,申请日2019-12-25
2. 黄磊,唐辉明,宁奕冰,赵萌。实现高精度产状分布估计的最小交角和样本容量预测方法,发明专利,201911063264.0,实质审查,申请日2019-10-31
3. 黄磊,唐辉明,夏丁,何成。一种滑坡模型多物理场时空变化监测系统,发明专利,201911063123.9,实质审查,申请日2019-10-31
4. 黄磊,唐辉明,苏雪雪,夏丁。实现高精度产状分布估计的最小夹角和最小样本容量算法,发明专利,201911056580.5,实质审查,申请日2019-10-31
5. 黄磊,唐辉明,张俊荣,苏雪雪。Fouché裂隙产状概率分布计算方法运用后残留误差的评价技术,发明专利,201911014892.X,实质审查,申请日2019-10-24
6. 黄磊,唐辉明,刘晓。一种结构面产状3D统计分布估计精度的经验预测方法,发明专利,201911014893.4,实质审查,申请日2019-10-24
7. 黄磊,唐辉明,王新刚,张俊荣。一种可伸缩的测量滑坡大位移的机构,发明专利,201810870114.X授权,授权日2019-09-17
8. 黄磊,申培武,唐辉明,鲁莎。降雨诱发边坡位移的模拟实验机构,发明专利,201810672293.6,授权,授权日2019-11-12
9. 黄磊,唐辉明,苏雪雪,申培武。一种山体边坡防护网的施工方法,发明专利,201910361060.9,实质审查,申请日2019-04-30
10. 黄磊,唐辉明,刘晓,张俊荣,李顺合,温韬,汪丁健。一种土体含水率的快速原位测试试验装置和方法,发明专利,201710098380.0,授权,授权日2018-04-03
11. 黄磊,鲁莎,唐辉明,赵萌,安鹏举。一种滑坡灾害监测装置及其监测方法,发明专利,201810129697.0,实质审查,申请日2018-02-08
12. 黄磊,唐辉明,李长冬,苗发盛,夏丁。一种用于滑坡模型试验的降雨模拟装置,发明专利,201810104321.4,实质审查,申请日2018-02-02
13. 黄磊,张成,唐辉明,马俊伟,苏雪雪。一种可调节滑坡角度的滑坡模型模拟装置,发明专利,201810094016.1,实质审查,申请日2018-01-31
14. 黄磊,刘晓,唐辉明,张伟丽,汪丁建。一种测量边坡土体位移的装置,发明专利,201810059737.9,实质审查,申请日2018-01-22
15. 黄磊,张俊荣,唐辉明,龚文平,赵萌。一种岩石裂隙网络产状三维统计分布的预测方法,发明专利,201710224352.9,授权,授权日2018-01-08
16. 黄磊,王亮清,唐辉明,詹威威,鲁莎。一种用于边坡生态治理的稳固结构及施工方法,发明专利,201711498051.1,实质审查,申请日2017-12-27
17. 黄磊,刘晓,唐辉明,邹宗兴,宁奕冰。一种边坡地下水钻孔自动排水系统,发明专利,201711376519.X,实质审查,申请日2017-12-19
18. 黄磊,张抒,唐辉明,苗发盛,何成。一种边坡防护模块化结构及其施工方法,发明专利,201711310041.0,实质审查,申请日2017-12-11
19. 黄磊,张永权,唐辉明,申培武,詹威威。一种具备自保护功能的山体滑坡预警装置,发明专利,201711241072.5,实质审查,申请日2017-11-30
20. 黄磊,王亮清,唐辉明,张俊荣,林成远。一种获得岩体裂隙网络产状整体概率分布的方法,发明专利,201710266322.4,实质审查,申请日2017-04-21
21. 黄磊,唐辉明,葛云峰,张延志。 一种地质罗盘,发明专利,201110054119.3,授权,授权日2013-02-13
22. 刘晓,唐辉明,黄磊,马俊伟,龚松林,邹宗兴,张抒,王飞。基于支持向量机的边坡可靠性参数获取方法及装置,发明专利,201710237941.0,授权,授权日2019-03-26
23. 刘晓,唐辉明,黄磊,马俊伟,龚松林,邹宗兴,张抒,王飞。基于并行蒙特卡洛法的边坡可靠性参数获取方法及装置,发明专利,201710238076.1,授权,授权日2019-01-08
24. 刘晓,唐辉明,黄磊,马俊伟,龚松林,邹宗兴,张抒,王飞。基于模糊分类技术的边坡可靠性参数获取方法及装置,发明专利,201710238077.6,授权,授权日2019-04-02
25. 马俊伟,张俊荣,唐辉明,黄磊,张永权,宁奕冰,姚远。一种滑坡深部大位移自适应监测系统和方法,发明专利,201710256988.1,授权,授权日2018-08-10
26. 张俊荣,唐辉明,葛云峰,温韬,黄磊,李顺合,汪丁健,赵萌,林成远。一种裂缝三维状态变化监测方法及监测系统,发明专利,201610936136.2,授权,授权日2017-10-13
27. 唐辉明,雍睿,程昊,黄磊,倪卫达,邹宗兴,孙淼军。便携式现场室内两用岩体结构面直剪试验仪,发明专利,201110227261.3,授权,授权日2013-09-11
28. 李长冬,唐辉明,武明娟,张俊荣,张永权,黄磊。一种适用于松散堆填边坡的立体排水系统,201811044782.3,授权,授权日2019-10-29
29. 唐辉明,张俊荣,张永权,李长冬,胡新丽,马俊伟,黄磊,程昊。一种嵌入式滑坡深部大变形监测装置及方法,201810517713.3,授权,授权日2019-08-20