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Gaia
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ISBN/ISSN
Etiketa
Bilatu
Aurreratua
Kanalak
Blast and Impact Engineering on Structures and Materials
Bilatu kanal gehiago:
Antzeko izenburuak: Blast and Impact Engineering on Structures and Materials
Channel Options
Ikusi Erregistroa
Bilatu lotutako kanalak
Quick Look
Advanced Blasting Technology for Mining
Quick Look
Baozha yu Chongji
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Mechanical Research of Reinforced Concrete Materials
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Materials under High Pressure
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Buildings and Structures under Extreme Loads II
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Advances in Numerical Computation and Mathematical Modelling for Geotechnical Engineering
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Current Research in Cement and Building Materials
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Application of Empirical, Analytical, and Numerical Approaches in Mining Geomechanics
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Interacciones intermoleculares de la proteína de membrana Arf*GTP con potasio y glicerol, componentes mayoritarios de la vinaza de caña de azúcar
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Environmental Interface Chemistry and Pollution Control
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Numerical Study of Concrete
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New Trends in Recycled Aggregate Concrete
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Buildings and Structures under Extreme Loads
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Advances in Rock Mechanics and Geotechnical Engineering
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Advances in Rock Mechanics and Geotechnical Engineering
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Advances in Ironmaking and Steelmaking Processes
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Advanced Underground Space Technology
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Sustainable Structural Design for High-Performance Buildings and Infrastructures
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Urban Underground Space Design: Structural Stability and Mechanics Analysis
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Analytical, Numerical and Big-Data-Based Methods in Deep Rock Mechanics
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Mathematical Problems in Rock Mechanics and Rock Engineering
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Testing of Materials and Elements in Civil Engineering (3rd Edition)
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Advances in Sustainable Concrete System
Quick Look
Properties and Performance of Concrete Materials and Structures
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Gaia: shaped charge
Gehitu honen bezalako kanal gehiago
Toggle additional channel list for Gaia: shaped charge
Gaia: cumulative charge
Gaia: numerical simulation
Gaia: LS-Dyna
Gaia: blast-induced damage
Gaia: explosion crater
Gaia: lateral blasting
Gaia: in situ stress
Gaia: lateral free surface
Gaia: blast
Gaia: tunnel
Gaia: pressure reduction module
Gaia: LS-DYNA
Gaia: mitigation
Gaia: grid
Gaia: water curtain
Gaia: peak particle velocity
Gaia: blasting-induced vibration
Gaia: prediction
Gaia: artificial neural networks
Gaia: site factors K and m
Gaia: open-pit blasting
Gaia: blast loads
Gaia: slab
Gaia: column
Gaia: connections
Gaia: numerical analysis
Gaia: numerical modeling
Gaia: blasting stress wave
Gaia: underground rock masses
Gaia: initial stress
Gaia: transmission coefficient
Gaia: blast load
Gaia: concrete columns
Gaia: experimental testing
Gaia: steel plate reinforced concrete walls
Gaia: FE simulation
Gaia: perforation analytical model
Gaia: cavity expansion analysis
Gaia: thin plates petaling
Gaia: penetration
Gaia: machine learning
Gaia: concrete
Gaia: rigid projectile
Gaia: symbolic regression
Gaia: engineering structures
Gaia: validation
Gaia: Semtex
Gaia: hypervelocity impact
Gaia: whipple shield
Gaia: honeycomb passive shielding
Gaia: micro-meteoroid and orbital debris (MMOD)
Gaia: Smoothed Particle Hydrodynamics (SPH)
Gaia: finite-element analysis
Gaia: LSDyna
Gaia: IEDs
Gaia: field test
Gaia: reinforced concrete
Gaia: blasting experiment
Gaia: stemming material
Gaia: shear thickening fluid
Gaia: sand
Gaia: blockage performance
Gaia: AAC block
Gaia: masonry wall
Gaia: finite element
Gaia: strengthening
Gaia: ABAQUS
Gaia: RCP
Gaia: recycled aggregate concrete
Gaia: impact loading
Gaia: impact force
Gaia: cracking
Gaia: peak displacement
Gaia: blast effects
Gaia: hydrocode analysis
Gaia: effects of explosions
Gaia: blast loading
Gaia: SDOF systems
Gaia: thermochemistry of explosives
Gaia: fragments
Gaia: crater formation
Gaia: damage to people
Gaia: detonation
Gaia: TNT
Gaia: dynamite
Gaia: air blast wave
Gaia: overpressure
Gaia: battle damage
Gaia: X-ray tomography
Gaia: two-stage light gas gun
Gaia: high-velocity fragment
Gaia: rock tunnel
Gaia: sandstone
Gaia: missile impact
Gaia: blasting
Gaia: airblast
Gaia: input selection
Gaia: hybrid SVR model
Gaia: rod projectile
Gaia: angle of attack
Gaia: liquid cabin
Gaia: overturn and yaw
Gaia: trajectory
Gaia: internal explosion
Gaia: shock wave
Gaia: corner
Gaia: structural dimensions
Gaia: Mach waves
Gaia: improvised explosive device
Gaia: sympathetic detonation
Gaia: blasting cap
Gaia: UHPC
Gaia: mesoscale equivalent model
Gaia: penetration experiments
Gaia: parametric analysis
Gaia: DOP prediction equation
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: ge...
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: ge...
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TG Mechanical eng...
Channel Options
Erakutsi aleak bilaketaren emaitzetan
Bilatu lotutako kanalak
Quick Look
Blast and Impact Engineering on Structures and Materials
Quick Look
Materials under High Pressure
Load more items
Gaia: jet
Gehitu honen bezalako kanal gehiago
Toggle additional channel list for Gaia: jet
Gaia: cumulative charge
Gaia: numerical simulation
Gaia: LS-Dyna
Gaia: blast-induced damage
Gaia: explosion crater
Gaia: lateral blasting
Gaia: in situ stress
Gaia: lateral free surface
Gaia: blast
Gaia: tunnel
Gaia: pressure reduction module
Gaia: LS-DYNA
Gaia: mitigation
Gaia: grid
Gaia: water curtain
Gaia: peak particle velocity
Gaia: blasting-induced vibration
Gaia: prediction
Gaia: artificial neural networks
Gaia: site factors K and m
Gaia: open-pit blasting
Gaia: blast loads
Gaia: slab
Gaia: column
Gaia: connections
Gaia: numerical analysis
Gaia: numerical modeling
Gaia: blasting stress wave
Gaia: underground rock masses
Gaia: initial stress
Gaia: transmission coefficient
Gaia: blast load
Gaia: concrete columns
Gaia: experimental testing
Gaia: steel plate reinforced concrete walls
Gaia: FE simulation
Gaia: perforation analytical model
Gaia: cavity expansion analysis
Gaia: thin plates petaling
Gaia: penetration
Gaia: machine learning
Gaia: concrete
Gaia: rigid projectile
Gaia: symbolic regression
Gaia: engineering structures
Gaia: validation
Gaia: Semtex
Gaia: hypervelocity impact
Gaia: whipple shield
Gaia: honeycomb passive shielding
Gaia: micro-meteoroid and orbital debris (MMOD)
Gaia: Smoothed Particle Hydrodynamics (SPH)
Gaia: finite-element analysis
Gaia: LSDyna
Gaia: IEDs
Gaia: field test
Gaia: reinforced concrete
Gaia: blasting experiment
Gaia: stemming material
Gaia: shear thickening fluid
Gaia: sand
Gaia: blockage performance
Gaia: AAC block
Gaia: masonry wall
Gaia: finite element
Gaia: strengthening
Gaia: ABAQUS
Gaia: RCP
Gaia: recycled aggregate concrete
Gaia: impact loading
Gaia: impact force
Gaia: cracking
Gaia: peak displacement
Gaia: blast effects
Gaia: hydrocode analysis
Gaia: effects of explosions
Gaia: blast loading
Gaia: SDOF systems
Gaia: thermochemistry of explosives
Gaia: fragments
Gaia: crater formation
Gaia: damage to people
Gaia: detonation
Gaia: TNT
Gaia: dynamite
Gaia: air blast wave
Gaia: overpressure
Gaia: battle damage
Gaia: X-ray tomography
Gaia: two-stage light gas gun
Gaia: high-velocity fragment
Gaia: rock tunnel
Gaia: sandstone
Gaia: missile impact
Gaia: blasting
Gaia: airblast
Gaia: input selection
Gaia: hybrid SVR model
Gaia: rod projectile
Gaia: angle of attack
Gaia: liquid cabin
Gaia: overturn and yaw
Gaia: trajectory
Gaia: internal explosion
Gaia: shock wave
Gaia: corner
Gaia: structural dimensions
Gaia: Mach waves
Gaia: improvised explosive device
Gaia: sympathetic detonation
Gaia: blasting cap
Gaia: UHPC
Gaia: mesoscale equivalent model
Gaia: penetration experiments
Gaia: parametric analysis
Gaia: DOP prediction equation
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: ge...
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TB Technology: ge...
Gaia: thema EDItEUR::T Technology, Engineering, Agriculture, Industrial processes::TG Mechanical eng...
Channel Options
Erakutsi aleak bilaketaren emaitzetan
Bilatu lotutako kanalak
Quick Look
Impulse-Based Manufacturing Technologies
Quick Look
CFD Based Researches and Applications for Fluid Machinery and Fluid Device
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Polymers Physics
Quick Look
Recent Numerical Advances in Fluid Mechanics
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Experimental, Numerical and Field Approaches to Scour Research
Quick Look
Impact Welding of Materials
Quick Look
New Advances of Cavitation Instabilities
Quick Look
Blast and Impact Engineering on Structures and Materials
Quick Look
Materials under High Pressure
Quick Look
Dissimilar Metal Welding
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Ikusi Erregistroa
Aurrekoa
Bilatu lotutako kanalak
Hurrengoa