个人简介
史秀志，男，1966年1月生，中国工程爆破协会常务理事、专家委员会委员，中国力学学会工程爆破专业委员会委员，第五届国家安全生产专家组成员，中国有色金属学会采矿专业委员会委员，国家金属非金属矿山安全标准化专家指导小组成员，中国安全协会安全生产标准化专家，湖南省爆破学会副理事长；主要从事爆破破岩理论与技术、控制爆破理论与技术、爆破危害控制技术、难采矿体开采理论与技术、安全生产管理论与实务等的教学与科研工作。作为主要起草人参编了行业标准，先后主持完成了90余项国家、省和校企合作科研项目，主持完成了70余项爆破工程，获5项省部级科技进步一等奖，20余项发明专利，发表学术论文180余篇；先后主讲《凿岩爆破》、《矿岩爆破机理与控制爆破》和《安全生产法律法规》等本科、研究生课程，先后培养硕士、博士研究生70多名。
招生专业：矿业工程、安全科学与工程
招生人数：每年招收硕士研究生3名，博士研究生1-2名
教育经历
[1]. 1999.9- 2007.6
中南大学 | 矿业工程 | 博士研究生毕业 | 博士学位
[2]. 1987.9- 1990.5
中南工业大学 | 矿业工程 | 硕士研究生 | 硕士学位
[3]. 1983.9- 1987.7
中南工业大学 | 矿业工程 | 大学本科毕业 | 学士学位
工作经历
[1]. 2000.9- 至今
中南大学 | 讲师、副教授、教授
[2]. 1990.5- 1999.8
河北煤炭科学研究所
科研项目
[1]迈蒙矿(多米尼加）破碎矿岩开采及通风系统关键技术研究-迈蒙矿破碎矿岩开采工艺方案研究
[2]会宝玲铁矿地震效应可控爆破技术研究
[3]深井高应力岩体精确延时爆破破岩机理研究
[4]深部高储能矿岩组孔超前致裂精准爆破技术
[5]沙溪铜矿高强度低成本高阶段连续开采工艺关键技术研究
[6]紫金山金铜矿露天采场爆破参数优化试验研究
[7]深井回采实验研究-精细化爆破工艺研究
[8]矿井深部超大采场采掘充工艺技术研究与应用
[9]盘龙铅锌矿爆破成井关键技术研究
[10]铜绿山铜铁矿深部矿体安全高效开采关键技术研究
[11]铜绿山矿井下深孔爆破掘进天井试验研究
[12]机械化台车快速掘进短天井关键技术研究
[13]小关矿钟岭矿区露天采场爆破综合技术研究
[14]凡口铅锌矿无底柱深孔分层崩落法采矿工艺研究
[15]湖山铀矿（纳米比亚）露天采场分采分爆实验研究
[16]低品位矿体框架式矿柱安全高效开采关键技术研究
[17]铜绿山矿深孔精细化爆破落矿采矿工艺研究
[18]铜绿山矿露天采场爆破危害控制综合技术研究
[19]全尾砂纤维充填材料实验研究
[20]高分层中深孔安全高效开采工艺及爆破参数优化研究
[21]凡口铅锌矿劳动生产组织集约化研究-井下生产作业制改革保障与风险分析
[22]大冶有色冶炼厂高温炉结爆破快速拆除研究
[23]深部通风系统改造与回风巷治理设计优化
[24]铜山口铜矿露天陡边坡开采控制爆破试验研究
[25]井下采场信息化与设计可视化系统开发
[26]破碎难采矿体采矿环境再造开采工艺研究
[27]深部巷道通风系统参数测定与建模
[28]深孔机械化无底柱采矿工艺试验与应用研究
[29]高峰矿业公司六大系统开发
[30]构建孝义铝矿矿安全标准化与信息化系统开发
[31]构建大顶铁矿安全标准化系统
[32]中钢山东矿业公司安全标准化创建与信息化系统开发研究
[33]深井高硫矿体通风系统降温节能关键技术研究
[34]铜绿山铜矿分段中深孔充填采矿方法试验研究
[35]构建云浮硫铁矿安全标准化
[36]低品位矿体深孔爆破安全高效回采工艺优化研究
[37]凡口铅锌矿产能保障规划研究
[38]铜绿山矿分段凿岩嗣后充填采矿工艺研究
[39]铜山口铜矿露天采场分采分爆试验研究
[40]顶底柱及残矿机械化开采工艺技术研究
[41]凡口铅锌矿通风构筑物新材料应用研究
[42]凡口铅锌矿充填体质量对地压影响规律研究
[43]凡口铅锌矿立式砂仓全尾砂高浓度充技术研究
[44]凡口铅锌矿六大系统研究与开发
[45]构建凡口铅锌矿安全标准化
[46]井下-200米以上中段局部区域关闭研究
[47]凡口铅锌矿安全标准化信息系统开发
专利成果
[1]混合装药结构、装药方法及其爆破应用
[2]爆破固定装置及其应用的溜井疏堵系统和方法
[3]一种控制爆区边缘岩体损伤的爆破方法
[4]一种动能弹装置及利用该装置疏通堵塞溜井的方法
[5]一种利用普通雷管随机延时误差降振的束状炮孔掏槽爆破方法
[6]一种侧向崩矿炮孔结构以及侧向崩矿方法
[7]一种含稻草纤维的充填材料及其在充填采矿中的应用
[8]一种含稻草纤维胶结充填材料在充填采矿中的应用
[9]一种分段崩落法中的中深孔爆破悬顶处理方法
[10]一种VCR采矿法免扫孔爆破装药结构及其施工方法
[11]爆破移位测量方法
[12]一种机械化上向分段回采方法
[13]措施井一次性成井爆破方法
[14]一种扇形炮孔的孔口装药结构参数优化计算方法
[15]一种露天矿山爆破移位测量方法
[16]一种溜井堵塞爆破装置及方法
[17]一种双区掏槽炮孔布置结构及其应用的爆破成井方法
[18]一种溜井悬浮爆破装置及其应用的溜井堵塞疏通方
[19]一种深部高应力环境下自稳窿形采场布置采矿方法
[20]一种出矿采场首层地网的架设方法
[21]难采矿体机械化回采工艺
[22]无底柱深孔后退式采矿方法
研究领域
[1].大规模爆破块度控制技术
[2].爆破振动控制技术
[3].控制爆破技术
[4].特殊环境爆破技术
[5].特殊环境下采矿工艺技术
[6].爆破一次成井技术
[7].安全生产管理理论与实务
近期论文
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[1].Rock damage control for large-diameter-hole lateral blasting excavation based on charge structure optimization:Tunnelling and Underground Space Technology V106/DEC 2020
[2].Optimization of postblast ore boundary determination using a novel sine cosine algorithm-based random forest technique and Monte Carlo simulation:Engineering Optimization AUG 2020
[3].A new multikernel relevance vector machine based on the HPSOGWO algorithm for predicting and controlling blast-induced ground vibration:ENGINEERING WITH COMPUTERS AUG 2020
[4].Determination of mechanical, flowability, and microstructural properties of cemented tailings backfill containing rice straw:Construction and Building Materials V246/ JUN 20 2020
[5].Attenuation assessment of blast-induced vibrations derived from an underground mine:INTERNATIONAL JOURNAL OF ROCK MECHANICS AND MINING SCIENCES V127/ MAR 2020
[6].Prediction of Blast-Induced Rock Movement During Bench Blasting: Use of Gray Wolf Optimizer and Support Vector Regression:NATURAL RESOURCES RESEARCH V29/n4/ P843-865/ APR 2020
[7].Effective Assessment of Blast-Induced Ground Vibration Using an Optimized Random Forest Model Based on a Harris Hawks Optimization Algorithm:APPLIED SCIENCES-BASEL V10/n2/ FEB 2020
[8].Fiber-Reinforced Cemented Paste Backfill: The Effect of Fiber on Strength Properties and Estimation of Strength Using Nonlinear Models:MATERIALS V13/n3/ FEB 1 2020
[9].Parameter optimization and transportation characteristics of backfilling pipe network based on CFD:Chinese Journal of Nonferrous Metals v29/n10/p2411-2420/ OCT 2019
[10].Optimal Charge Scheme Calculation for Multiring Blasting Using Modified Harries Mathematical Mode:JOURNAL OF PERFORMANCE OF CONSTRUCTED FACILITIES V33/n2/ APR 2019
[11].Feasibility of the indirect determination of blast-induced rock movement based on three new hybrid intelligent models:ENGINEERING WITH COMPUTERS OCT 2019
[12].Propagation Characteristics of Blast-Induced Vibration in Parallel Jointed Rock Mass:INTERNATIONAL JOURNAL OF GEOMECHANICS V19/n5/ / 2019
[13].Effect of overflow tailings properties on cemented paste backfill:JOURNAL OF ENVIRONMENTAL MANAGEMENT V235/n4/ P133-144/ 2019
[14].Motion parameter estimation and measured data correction derived from blast-induced vibration: New insights:MEASUREMENT V135/n3/ p213-230/ 2019
[15].Influence of Polypropylene Fiber Reinforcement on Tensile Behavior and Failure Mode of Tailings Cemented Paste Backfill:IEEE ACCESS V7/ p69015-69026/ 2019
[16].Compressive behavior and microstructural properties of tailings polypropylene fibre-reinforced cemented paste backfil:Construction and Building Materials v190/p211-221/ 2018
[17].Numerical simulation of stress wave interaction in short-delay blasting with a single free surface:PLOS ONE V13/n9/ 2018
[18].Multi-planar detection optimization algorithm for the interval charging structure of large-diameter longhole blasting design based on rock fragmentation aspects:ENGINEERING OPTIMIZATION V50/n12/ P2177-2191/ DEC 2 2018
[19].Charge design scheme optimization for ring blasting based on the developed Scaled Heelan model:INTERNATIONAL JOURNAL OF ROCK MECHANICS AND MINING SCIENCES V 110 P199-209/ OCT 2018
[20].Short-delay blasting with single free surface: Results of experimental tests:Tunnelling and Underground Space Technology v74/p 119-130/2018
[21].Experimental study on the blasting performance of water-soil composite stemming in underground mines:Advances in Materials Science and Engineering v 2018/2018
[22].Influence on underground mining stability of stope during stacking dry stacked Gangue in open-pit:Journal of Central South University v48/n10/ p 2723-2731/2017
[23].Mathematical Prediction on Effect of Tailing Discharge of Open-Pit on Stability of Underground Mined Out Area:Journal of Northeastern University V38/n4/ p 591-597/2017
[24].Stability gradation of rock slopes based on multilevel uncertainty measure-set pair analysis theory:Journal of Central South University (Science and Technology) v 48/n 4/ p 1057-1064/2017
[25].On vibration reduction effect of short millisecond blasting by high-precision detonator based on HHT energy spectrum:Explosion and Shock Waves v 37/n 1/ p 107-113/ 2017
[26].Characterization and effects of the shock losses in a parallel fan station in the underground mine:ENERGIES v10/ n 6/ 2017
[27].Feasibility of Recycling Ultrafine Leaching Residue by Backfill: Experimental and CFD Approaches:MINERALS v7/ n 4/ 2017
[28].Determination and application of the backfill thickness in the residual ore recovery of crown and sill pillar:Journal of Mining and Safety Engineering v33/n 6/ p 1080-1088/2016
[29].Technology and case study of ultra-large section and high shaft excavation by short-millisecond spherical blasting:Chinese Journal of Rock Mechanics and Engineering v35/n 8/ p 1659-1667/2016
[30].Deformation prediction and reliability analysis of underground mining shifted from open-pit based on orthogonal experiment:Chinese Journal of Nonferrous Metals v 26/n 11/p 2383-2392/ 2016
[31].CFD simulation of transportation properties of W type and long distance pipeline for foam slurry backfilling:Chinese Journal of Nonferrous Metals v 26/n 8/ p 1782-1793/2016
[32].Blast hole stemming length effects of rock blasting with parallel double-free-surface:Journal of Vibration and Shock v 35/n 15/p 80-85/ 2016
[33].Application of Hilbert-Huang transform based delay time identification in optimization of short millisecond blasting:TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA v26/n7/ p 1965-1974/2016
[34].A Comparative Study of Ground and Underground Vibrations Induced by Bench Blasting:Shock and Vibration v 2016/2016
[35].Prediction model for blasting vibration-peak-speed based on GEP:Journal of Vibration and Shock v 34/n 10/p 95-99/ 2015
[36].Mining blasting scheme optimization of crown-sill pillar based on AHP-TOPSIS evaluation model:Journal of Mining and Safety Engineering v 32/n 2/p 343-348/ 2015
[37].Combined ANN prediction model for rock fragmentation distribution due to blasting:Journal of Information and Computational Science v 10/ n 11/p 3511-3518/2013
[38].Prediction of blasting-vibration-peak-speed by QN-BP based on Quasi-Newton method:Chinese Journal of Nonferrous Metals v 23/ n 5/p 1427-1433/ 2013
[39].Application of neural network model with partial least-square regression in prediction of peak velocity of blasting vibration:Journal of Vibration and Shock v 32/ n 12/ p 45-49/ 2013
[40].Support vector machines approach to mean particle size of rock fragmentation due to bench blasting prediction:TRANSACTIONS OF NONFERROUS METALS SOCIETY OF CHINA v 22 /n2 /p432-441/2012
[41].Utilization of a nonlinear support vector machine to predict blasting vibration characteristic parameters in opencast mine:PRZEGLAD ELEKTROTECHNICZNY v 88 /n98/p 127-132/2012
[42].Delay time optimization in blasting operations for mitigating the vibration-effects on final pit walls' stability:SOIL DYNAMICS AND EARTHQUAKE ENGINEERING v31/n8/p1154-1158 / 2011
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