1. Automation and introduction of new technologies in blasting operations(爆破施工新技術(shù)及自動化)

　　(1)A review of dam foundation excavation techniques in China(中國壩基開挖技術(shù)綜述)

　　(2)Building inexpensive accelerometer-based seismographs(基于加速度計的廉價地震儀的研制)

　　(3)The study on remote monitoring management information system of rotary drill(旋挖鉆機遠(yuǎn)程監(jiān)控信息系統(tǒng)的研究)

　　(4)Present situation and prospect of blasting safety supervision(爆破安全監(jiān)控的現(xiàn)狀及前景)

　　(5)Lowering cost of mining with true wireless detonators, the latest initiation innovation(無線雷管起爆降低采礦成本新技術(shù)研究)

　　(6)Blasting technique for optimizing the comprehensive cost of mining and mineral processing (優(yōu)化采礦和選礦綜合成本的爆破技術(shù))

　　(7)Prediction of run of mine particle size distribution and grinding circuit performance using blast hole drilling data(基于鉆孔數(shù)據(jù)對礦山粒度分布和磨削回路性能的預(yù)測)

　　2. Blast damage(爆破損傷)

　　(1)Estimation of blast Induced damage of saturated rib-pillars in large diameter blast hole (LDBH) stope(大孔徑礦場中飽和礦柱爆破損傷的預(yù)測)

　　(2)An experimental investigation of fracture patterns near a blasthole in cylinders of granite under different radial confinements(不同徑向圍壓下花崗巖柱內(nèi)炮孔附近斷裂模式的試驗研究)

　　(3)Estimation of tensile strength of Laurentian granite under high strain rate loading(Laurentian花崗巖在高應(yīng)變加載率下抗拉強度的估算)

　　(4)Near-field energy distribution in wall control blasting - an engineering approach(一種基于近區(qū)能量分布的邊墻控制爆破方法)

　　(5)Assessment and control of backbreak using near-field vibration signatures in Dragline bench blasting(拉鏟臺階爆破中基于近場振動信號對超欠挖的預(yù)測和控制)

　　(6)Measurement while drilling technique in blasting damage calculation(爆破損傷計算中的隨鉆監(jiān)測技術(shù))

　　(7)Analysis on components and characteristics of seismic waves induced by horizontal smooth blasting(水平光爆誘發(fā)地震波的成分構(gòu)成及特性分析)

　　(8)Evaluation of the impact of blast induced vibrations on human habitat at the excavation of a huge dam foundation in China(中國某大型壩基開挖爆破誘發(fā)的振動對附近房屋及居民的影響評價)

　　(9)Overbreak in underground excavations - some key insights(關(guān)于地下爆破中超挖的幾個關(guān)鍵問題)

　　(10)Impact of blasting on surrounding rock mass properties(爆破對圍巖性能的影響研究)

　　3. Blast design and drilling accuracy(爆破設(shè)計和鉆孔精度)

　　(1)Application of an in-house MWD system for quarry blasting(室內(nèi)隨鉆監(jiān)測系統(tǒng)在采石爆破中的應(yīng)用)

　　(2)The use of 3D accelerometer – and gyro sensors in smartphones to measure the blasthole deviation in non-magnetic rock(基于三維加速度計和陀螺傳感器在智能手機中對非磁性巖石中炮孔偏差的監(jiān)測)

　　(3)Role of blasting in assisting with value-based ore control in underground mines(爆破在地下礦石開采成本控制中的作用)

　　4. Blast vibration predictions and blasting in built-up areas(爆破振動預(yù)測和建筑區(qū)爆破)

　　(1)Digital filters for A, B, and C frequency weighting for sound level data(聲級數(shù)據(jù)中關(guān)于A、B、C頻率權(quán)重的數(shù)字濾波器)

　　(2)Response spectra for vibration and shock loads(振動和沖擊荷載的響應(yīng)譜分析)

　　(3)Blast design for underground long hole stope to safeguard surface industrial structures from blast induced vibration(為控制地表工業(yè)建筑振動的地下采礦深孔爆破設(shè)計優(yōu)化)

　　(4)Vibration modelling and mechanisms for wall control blasting (邊墻控制爆破中的振動模擬及其機理)

　　(5)Characteristics of blasting vibration induced by tunnel rock excavation under high in-site stress(高地應(yīng)力區(qū)隧洞開挖爆破誘發(fā)的振動特性)

　　(6)Do different standards for blasting seismographs mean different accuracy?(爆破地震儀的不同標(biāo)準(zhǔn)是否意味著不同的精度?)

　　(7)Blasting excavation technologies of a sandstone deep foundation pit under complex urban environment(復(fù)雜城市環(huán)境下砂巖深基坑的爆破開挖技術(shù))

　　(8)Research on crack propagation rule in single hole bench blasting based on rock mesostructured(基于巖石細(xì)觀結(jié)構(gòu)的單孔臺階爆破裂紋擴展規(guī)律研究)

　　(9)Dynamic responses of adjacent building induced by blasting demolition: a case study in Wuhan, China(爆破拆除過程中臨近建筑的動力響應(yīng)：中國武漢的一個案例分析)

　　(10)Study on the influence of long term frequent blasting vibration on buildings and human body(長期頻繁爆破振動對建筑物和人體的影響研究)

　　(11)Development of random forests and Cubist models for predicting blast-induced ground vibrations(隨機森林算法和立體模型在爆破振動預(yù)測中的應(yīng)用)

　　5. Blasting methods that improve tunnelling and drifting(改善隧道掘進的爆破方法)

　　(1)Solution of emulsion explosive misfire in soft rock tunnel(軟巖隧洞中乳化炸藥拒爆的解決方案)

　　6. Blasting, loading, hauling and crushing; systems approaches and economy(爆破、裝運和二次破碎的一體化技術(shù)與經(jīng)濟分析)

　　(1)Blasting Vs Crushing and Additional Grinding – Pro’s and Con’s(先進的爆采技術(shù)和常規(guī)的附加研磨破碎之間的對比分析)

　　(2)A pit to gate multivariable cost control model(多變量成本控制模型)

　　(3)Productivity improvement in Aggregate Quarry vis-a-vis Fragmentation by Blasting(爆破破碎對提高骨料場生產(chǎn)效率的作用)

　　(4)Improving Downstream Performance Through a Highly Flexible Energy Explosive(通過調(diào)節(jié)能量密度以提高爆后工序效率)

　　(5)Applied data analytics on blast-induced outcomes using multi-year blasting data from an operational open pit mine(基于露天礦多年應(yīng)用數(shù)據(jù)的爆破產(chǎn)出分析)

　　(6)Effect on comminution properties of blast preconditioned magnetic mortar(爆炸預(yù)處理對磁化砂漿破碎性能的影響)

　　7. Demolition blasting and special blasting techniques(拆除爆破及特種爆破技術(shù))

　　(1)Safe dismantling of unstable boulder using controlled blasting in the historical Town of Gaya, India(印度Gaya古鎮(zhèn)采用控制爆破技術(shù)對不穩(wěn)定巨石的安全拆除)

　　8. Explosive performance: from detonics to rock on the ground(炸藥性能：從爆炸學(xué)到地表巖石)

　　(1)Emulsion characterization with cylinder test and JWL parameters determination(基于圓筒試驗表征乳化炸藥的特性及JWL參數(shù)的確定)

　　(2)Continuous Wavelet Transforms - A Way to Tease Explosive Performance From Seismograms(一種基于連續(xù)小波變化從地震記錄中梳理炸藥性能的方法)

　　(3)A Relationship Between Detonation Performance and Low Density Explosive Physical Properties(低密度炸藥的物理特性與其爆轟性能之間的關(guān)系)

　　(4)Calibration and Validation of Reactive Flow Model Parameters for an emulsion explosive(乳化炸藥反應(yīng)流動模型參數(shù)的標(biāo)定與驗證)

　　9. Mass blasts in surface and underground operations(地表和地下的大規(guī)模爆破)

　　(1)Present-day sublevel caving functionality uncovered – what`s next?(當(dāng)前分段崩落法的功能解讀——下一階段?)

　　10. Mechanics of dynamic rock blasting(巖石爆破動力學(xué))

　　(1)Filming blast fragmentation of rock and mortar cylinders(巖石和砂漿柱爆破破碎的拍攝)

　　(2)Proposed improvements for single blasthole test reporting methodology and observations from tests in rock salt mines(對單孔爆破試驗報告方法的改進建議及巖鹽礦的試驗觀測結(jié)果)

　　(3)Experimental and numerical investigation on rock fragmentation under combined blastholes with different diameters(不同孔徑聯(lián)合布孔條件下爆破破巖效果數(shù)值模擬與試驗研究)

　　(4)Investigation of blasting safety control of high rock slope with joints(高陡節(jié)理邊坡爆破安全控制研究)

　　(5)Experimental and numerical investigations of dynamic failure process in rock under air decoupling charge blasting(非耦合裝藥爆破中巖石動態(tài)失效過程的試驗和數(shù)值模擬研究)

　　(6)Numerical simulation of rock mass damage by pressure-relief blasting in deep metal mine(深部金屬礦減壓爆破對巖石損傷的數(shù)值模擬研究)

　　(7)Rock fracture and fragmentation, and derivation of improved crushing rate indices: an alternate approach(一種關(guān)于巖石斷裂和破碎的改進的破碎率指數(shù)推導(dǎo)方法)

　　11. New products and development(新產(chǎn)品與新發(fā)展)

　　(1)Present and future prospect of exploder for underground coal mines of India(印度地下煤礦中引爆裝置的現(xiàn)狀及展望)

　　(2)The class 3 permissible water gel explosive with high-strength and its tunneling blasting in underground coal mine(3級高強度水凝膠炸藥及其在地下煤礦隧道爆破中的應(yīng)用)

　　12. Numerical simulations of rock blasting: from detonation to rock on the ground(巖石爆破數(shù)值模擬：從炸藥爆轟到地表巖石)

　　(1)Modeling VoD effects on rock fragmentation within multiple blasthole fragmentation (MBF) model(多孔破碎模型中模擬炸藥爆速對巖石破碎效果的影響)

　　(2)Modelling blast fragmentation of cylinders of mortar and rock(砂漿和巖石柱的爆破破碎模擬)

　　(3)A FEM-SPH coupled procedure for the analysis of blast induced damage in rock(基于FEM-SPH耦合程序?qū)r石爆破損傷的分析)

　　(4)An engineering model to estimate blast movement and resulting ore loss and dilution(一種用于預(yù)測爆破運動及相應(yīng)礦石損失與貧化的工程模型)

　　(5)Comparison between coupled SPH-FEM numerical model of a single hole blast and experimental test(單孔爆破SPH-FEM耦合模型模擬與試驗比較)

　　(6)Numerical investigation for timing effects on fragmentation based on a coupled FEM-BPM-PBM model(耦合FEM-BPM-PBM數(shù)值模型中延遲時間對破碎效果的影響研究)

　　13. Rock fragmentation: monitoring, instrumentation, techniques and analysis(巖石破碎：監(jiān)測，儀器設(shè)備，技術(shù)方法和分析)

　　(1)The influence of blasthole standard deviation (BSD) on fragmentation(鉆孔誤差對破碎效果的影響)

　　(2)Study on the influence of precise delay blasting on rock fragmentation(精確延遲爆破對巖石破碎效果的影響研究)

　　(3)The fragmentation-energy fan applied to blasting and drop weight comminution of rock(爆破和落錘破碎巖石的破碎-能量函數(shù))

　　(4)Determining the size distribution of fragmented rocks by blasting using GLCMs textural features of images and neural network(基于GLCMs圖像紋理特征和神經(jīng)網(wǎng)絡(luò)對爆破破碎巖塊尺寸分布的確定)

　　(5)Flattening of hill by blasting in densely populated area for construction of international airport at Navi Mumbai, India(印度Navi Mumbai國際機場建設(shè)過程中人口密集區(qū)的夷平山丘爆破)

　　(6)Pre-split blasting techniques at Dragline benches for stable bench with improved fragmentation level(預(yù)裂爆破技術(shù)在控制拉鏟臺階穩(wěn)定及改善破碎效果中的應(yīng)用)

　　(7)Evaluation of UAV System Accuracy for Automated Fragmentation Measurement(自動破碎測量無人機系統(tǒng)的精度評價)

　　(8)Pattern Expansion Optimization Model based on fragmentation analysis with Drone Technology(基于無人機碎片分析的模式擴展優(yōu)化模型)

　　(9)Investigation of the rock blast fragmentation based on the specific explosive energy and in-situ block size(基于特定的爆炸能量和現(xiàn)場塊體尺寸對巖石破碎的研究)

　　(10)Analysis and interpretation of LiDAR data in determination of fragmentation(對雷達(dá)監(jiān)測數(shù)據(jù)在確定破碎塊度中的分析和解讀)

　　14. Sustainable blasting techniques: reduction of environmental footprints(爆破技術(shù)可持續(xù)性：減少對環(huán)境的影響)

　　(1)Making economically viable the exploitation by D&B in a quarry within sensitive, highly populated area(敏感及人口高度密集區(qū)鉆爆開采的經(jīng)濟可行性研究)

　　(2)Implementation of 100% used oil to replace fuel oil in emulsion manufacturing for energy conservation at PT. Kaltim Prima Coal(基于廢機油100%代替燃油生產(chǎn)乳化炸藥的方法來減少PT. Kaltim Prima煤礦能耗的研究)

　　(3)SLIM: Technology for blasting to improve mining(SLIM：改善采礦可持續(xù)性的爆破技術(shù))

　　15. Case studies(案例研究)

　　(1)Design and implementation improvements for wall control blasting in an anisotropic rock mass at the Phu Kham Copper-Gold Operation(Phu Kham銅-金礦各項異性巖體開挖中邊墻控制爆破的設(shè)計與改進)

　　(2)Application of Power Deck in wet condition, case study: Goharzamin iron ore mine(潮濕環(huán)境下柔性墊層的應(yīng)用，案例研究：Goharzamin鐵礦) 

　　(3)Optimization of blast design for an armor stone quarry – a case study(護面石采石場的爆破設(shè)計優(yōu)化：案例研究)

　　(武漢大學(xué) 盧文波 中國爆破行業(yè)協(xié)會國際交流部 宋文峰)