出版社:冶金工业出版社
年代:2014
定价:150.0
本书为炸药与爆破亚太国际会议论文集,由中国工程爆破协会组织整理,收录了近两年来亚太地区部分国家爆破领域的学术论文95篇。论文既有反映工程爆破和爆破器材服务于各国重大工程建设的创新成果和技术总结,也有具有前瞻性的理论研究和试验工作,全面反映了亚太地区部分国家工程爆破器材和理论领域近年来所获得的新成就和新经验。本书可供从事爆破工程科研、设计、施工的技术人员阅读,也可供从事爆破工作的培训人员和管理人员以及高校相关专业师生参考。
1 Blasting TheoryScientific and Technological Aspects of Blast Action Control in Mineral Deposit MiningStudy on the Mechanism of Linear Shaped Jet Splitting Target Based upon High-Speed 3D DICBeyond Environmental Vibration ComplianceStudy on Crush Progress of Rock in Delay BlastingCamoufiet Blasting of a Finite-Length Borehole ChargeMultibody-Discretebody Dynamics to Control Building Demolished by BlastingMathematical Model of Seismic Impact on Operating Underground Gas PipelinesNumerical Analysis for Blasting Demolition of the Smaller Height-Width Ratio Framed StructureExplosive Cratering to Finite Size of Earth StructureNumerical Simulation for Effect of Stemming in BlastingEstimation of Quasi-Static Action of Explosion Products in the Directed Destruction of RockDamage Characteristics of Surrounding Rock Subjected to VCR Mining BlastingDynamic Failure Mechanism of Rock Mass Using Smoothed Particle HydrodynamicsA Supernal Security Regression Method of Blast VibrationNumerical Estimation of Crater Size of the RC Wall Caused by BlastingResearch on Energy Consumption Characteristics and Energy Density Per Unit Time ofRock Crushing by Impact LoadEvaluation of Progressive Collapse of Blasting Demolition for Culvert StructuresVertical Shaft Blasting Parameters Design Software based on Visual BasicDistribution of Blasting-Induced Dynamic Events in Rock MassStudy on Numerical Simulation of Rock Blasting Based on SPHNumerical Simulation Analysis of Hydraulic Pressurized Blasting Effect
2 Rock FragmentationCharacteristic Response of Rock and Rock-like Materials to Explosive Loadingin Controlled ExperimentsControl of Yield Rate of Fines of Different Specification of Stone Quarrying with High IntensityImproving the Methodology of Rock Breakage by Blast for Underground Mineral Mining TechnologiesResearch on Key Technology of Digital Rotary Drilling in Surface MinesControlled Blasting for Safe and Efficient Mining Operations at Rampura Agucha Mine in IndiaStudy on Technology of Cableway Station Tunnel Demolition Blasting in Scenic AreaStudy on Open-Pit Precision Control Blasting of Easily Weathered Rock and Its ApplicationInfluence of Power Characteristics of Explosives on Strength Properties of Pieces of the Blown-up Mountain WeightLoad Analysis of Hammer CrusherControlled Underwater Blasting near Sensitive Structures at Mithi River Extension Project, Mumbai, IndiaStudy on the Engineering Method of Excavating Shaft by One-Step Smooth BlastingKinematic Characteristics of Movement of the Explosive Cavity Wall in Different RocksControl Blasting Technique for Rock Cutting Expansion of Existing ExpresswayEffect of Confining Pressure on the Failure of Model for Reinforced Concrete Slab MemberSuccessful Practice of Ultra 1 km Wells Increasing Water BlastingRegularities of the Formation of Submicron Particles at the Explosive Destruction of RocksResearch on Blasting Scheme Matching Semi-continuous Mining Process Used in East Open PitRelationship between the Fragmentation Effect and the Blast Wav~ on the Controlled Blasting for BreachingThe Application of Pre-splitting Blasting near Slope Technique in Yuanjiacun Iron MineStudy of Energy Characteristics Gasifier Cartridges Onpreservation of Raw Materials Division Monoliths of Rock MassApplication of Multi Luntai Millisecond Blasting Technique on Limestone MineThe Specification of Granulometric Composition of Natural Jointing in the Rock Massif by Their Average SizeExamples of Blasting Using Emulsion Explosive in Mining in the 200 Meters Ultra Deep WaterThe Town of Rock Blasting Engineering under Complex Environment
3 Explosives and Initiation TechniquesSensitivity to Impact of Binary Mixes on a Basis Fluoropolymer F-2MResearch on Non-primary Explosive Slapper Detonator SystemMethodological Aspects of Properties and Blast Energy Kinetics Control of Industrial of ExplosivesResearch of Manufacturing Process Improvement of Expanded Ammonium Nitrate ExplosiveSome Behavior Characteristics of Condensed Composite Materials in Explosive ProcessesThe Comparison of the Commercial Explosives in United States to that in Chinaand Discussion on Development of Chinese Commercial ExplosivesNonel Detonator Delay's Error and One by One Detonate NetworkProduction of Nitroester-Based Explosives in RussiaPreliminary Discussion on Greening Design and Assesment of Industrial ExplosivesProperties of Emulsion Matrices of Explosives Based on the Best Russian, Kazakh and Chinese EmulsifiersAnti-dynamic Pressure Overloads Performance and Detonation Characteristics of Emulsion Explosives Sensitized by MgH2Explosive Energy Distribution in Explosive Column Case Study of Some Indian MinesApplication of Digital Electronic Detonators in Blasting Safety in Construction Process
4 Special Blasting and Demolition BlastingBlasting Demolition of "L" Shape Frame Structure Building in Downtown DistrictDesign and Construction Technology of Large Dock Cofferdam Demolition BlastingExperimental Research on the New Technology of Explosive CladdingStudy on the Blasting Technology of the Emergency Ice Breaking Used in the Ningxia-lnner Mongolia Reach of the Yellow RiverResearch and Practice of New Technique for Blasting Demolition of Hyperbolic Cooling TowerRemoval of the Exhaust Tube Blasting in Complicated EnvironmentTrial Blasting Technology in Demolition Blasting of Building and Its AnalysisDirectional Blasting Demolition of 60m Brick ChimneyThe Irregular Structure of Meteorological Office Building Demolition BlastingBlasting Demolition of Urban Viaduct 3.5 km (2.175Mile) in LengthWater Pressure Blasting in Demolition of Domestic Architecture Analysis and Practice
5 Blasting Vibration and SafetyBlast Vibration Impact Analyses for Waste Dump StabilityMeasurement and Analysis of Environmental Vibration Caused by Blasting Excavation of Foundation Pit in TownState of the Art Review of R&D on the Blast Vibration at KIGAMEngineering Blasting Safety Monitoring System Based on Internet and Cloud ComputingBlasting HarmonicsApplication and Research on Slight Vibration Controlled Blasting Technologyfor Metro Tunnel Adjacent Intermediate High Pressure Gas PipeGas-Dynamic Hazard in Presentday Highly Productive Mines——Prediction Problems and SolutionsThe Implementation and Application of Demolition Data's Informationalized Managerial SystemEffect of Blast Induced Ground Vibrations on Green ConcreteAchievement of Safe Distance of Air Shock Wave in Tunnel BlastingTechnology for Safety and Environmental Control in Blasting OperationsStudy on Blasting Operations Hazard Identification and Risk Assessment Basedon Improved Evaluation Method LEC in Xiaocishan MineMonitoring of Coal and Rock Mass Conditions, Coal Mine Air and Extraction Equipment StateEffect Mechanism of Excavation Blasting in an Under-Cross Tunnel on Airport RunwaySpreading out Dust and Gases, Formed by Blasting Operations at Erdenetiin-Ovoo OreOpen Pit Mine and Application of Remote Control (Firing) System for BlastingMechanism of the Short-delay Controlled Blasting in the Air and Its Application in Anti-terroristDevelopment of Damage Criteria for Underground Mine Structures Subjected to Blast Vibration from Neighbouring Surface MineBlasting Open Pit Mining Impact on the Surrounding Forest Ecological BenefitsLoad on the Atmosphere with Carrying out Explosive Works in a QuarryTest and Study on the Low Dust Blasting Charge StructureVulnerability Assessment of Pressurized Pipeline by Surface ExplosivesSVM Prediction Model of Tunnel Blasting Excavation for the Destruction of the Ancient Great WallStudy on Control Measures for Blast-Induced Ground Vibration in Open Pit Metal Mine by Means of Numerical SimulationAnalysis of Vibration Effects of Shallow Highway Tunnel under Blasting Seismic WavesThe Various Reasons and the Preventive Measures of Misfire in the Nonel Detonation CircuitUsing Sublevel Pre-splitting Blasting Effect to Reduce the Seismic Wave Velocity
《工程爆破新进展4(英文版)》为炸药与爆破亚太国际会议论文集。书中论文既有 反映工程爆破和爆破器材服务于各国重大工程建设的 创新成果和技术总结,也有具有前瞻性的理论研究和 试验工作,全面反映了亚太地区部分国家工程爆破器 材和理论领域近年来所获得的新成就和新经验。
《工程爆破新进展4(英文版)》可供从事爆破工程科研、设计、施工的技术 人员阅读,也可供从事爆破工作的培训人员和管理人 员以及高校相关专业师生参考。
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出版地 | 北京 | 出版单位 | 冶金工业出版社 |
版次 | 1版 | 印次 | 1 |
定价(元) | 150.0 | 语种 | 英文 |
尺寸 | 30 × 21 | 装帧 | 精装 |
页数 | 印数 | 1800 |
工程爆破新进展. 4是冶金工业出版社于2014.10出版的中图分类号为 TB41-53 的主题关于 爆破技术-文集-英文 的书籍。