Blast and Impact Engineering on Structures and Materials

This Special Issue aimed to collect and present all breakthrough research on all intentional or unintentional explosions and impact problems. During the last decade, the investigation of these phenomena has been an active area of research in different fields (i.e., civil, defense, mining, aeronautic...

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Bibliographic Details
Other Authors: Castedo, Ricardo (Editor), López, Lina M. (Editor), Santos, Anastasio P. (Editor)
Format: Electronic Book Chapter
Language:English
Published: Basel MDPI - Multidisciplinary Digital Publishing Institute 2023
Subjects:
jet
RCP
TNT
Online Access:DOAB: download the publication
DOAB: description of the publication
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245 1 0 |a Blast and Impact Engineering on Structures and Materials 
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520 |a This Special Issue aimed to collect and present all breakthrough research on all intentional or unintentional explosions and impact problems. During the last decade, the investigation of these phenomena has been an active area of research in different fields (i.e., civil, defense, mining, aeronautical, naval, etc.), including experimental studies, analytical models, or numerical simulations; and this Special Issue is a faithful reflection of this trend.A total of twenty-six papers (twenty-five research papers and one review paper) in various fields of blast and impact engineering including blast loading issues over structures, beams, walls; penetration and impact; explosives safety and security; blasting effects on rocks and tunnels; are presented in this Special Issue. 
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653 |a shaped charge 
653 |a jet 
653 |a cumulative charge 
653 |a numerical simulation 
653 |a LS-Dyna 
653 |a blast-induced damage 
653 |a explosion crater 
653 |a lateral blasting 
653 |a in situ stress 
653 |a lateral free surface 
653 |a blast 
653 |a tunnel 
653 |a pressure reduction module 
653 |a LS-DYNA 
653 |a mitigation 
653 |a grid 
653 |a water curtain 
653 |a peak particle velocity 
653 |a blasting-induced vibration 
653 |a prediction 
653 |a artificial neural networks 
653 |a site factors K and m 
653 |a open-pit blasting 
653 |a blast loads 
653 |a slab 
653 |a column 
653 |a connections 
653 |a numerical analysis 
653 |a numerical modeling 
653 |a blasting stress wave 
653 |a underground rock masses 
653 |a initial stress 
653 |a transmission coefficient 
653 |a blast load 
653 |a concrete columns 
653 |a experimental testing 
653 |a steel plate reinforced concrete walls 
653 |a FE simulation 
653 |a perforation analytical model 
653 |a cavity expansion analysis 
653 |a thin plates petaling 
653 |a penetration 
653 |a machine learning 
653 |a concrete 
653 |a rigid projectile 
653 |a symbolic regression 
653 |a engineering structures 
653 |a validation 
653 |a Semtex 
653 |a hypervelocity impact 
653 |a whipple shield 
653 |a honeycomb passive shielding 
653 |a micro-meteoroid and orbital debris (MMOD) 
653 |a Smoothed Particle Hydrodynamics (SPH) 
653 |a finite-element analysis 
653 |a LSDyna 
653 |a IEDs 
653 |a field test 
653 |a reinforced concrete 
653 |a blasting experiment 
653 |a stemming material 
653 |a shear thickening fluid 
653 |a sand 
653 |a blockage performance 
653 |a AAC block 
653 |a masonry wall 
653 |a finite element 
653 |a strengthening 
653 |a ABAQUS 
653 |a RCP 
653 |a recycled aggregate concrete 
653 |a impact loading 
653 |a impact force 
653 |a cracking 
653 |a peak displacement 
653 |a blast effects 
653 |a hydrocode analysis 
653 |a effects of explosions 
653 |a blast loading 
653 |a SDOF systems 
653 |a thermochemistry of explosives 
653 |a fragments 
653 |a crater formation 
653 |a damage to people 
653 |a detonation 
653 |a TNT 
653 |a dynamite 
653 |a air blast wave 
653 |a overpressure 
653 |a battle damage 
653 |a X-ray tomography 
653 |a two-stage light gas gun 
653 |a high-velocity fragment 
653 |a rock tunnel 
653 |a sandstone 
653 |a missile impact 
653 |a blasting 
653 |a airblast 
653 |a input selection 
653 |a hybrid SVR model 
653 |a rod projectile 
653 |a angle of attack 
653 |a liquid cabin 
653 |a overturn and yaw 
653 |a trajectory 
653 |a internal explosion 
653 |a shock wave 
653 |a corner 
653 |a structural dimensions 
653 |a Mach waves 
653 |a improvised explosive device 
653 |a sympathetic detonation 
653 |a blasting cap 
653 |a UHPC 
653 |a mesoscale equivalent model 
653 |a penetration experiments 
653 |a parametric analysis 
653 |a DOP prediction equation 
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856 4 0 |a www.oapen.org  |u https://directory.doabooks.org/handle/20.500.12854/128571  |7 0  |z DOAB: description of the publication