|
D. L. Rice
J. D. Baum
F Togashi
R. Löhner
A. Amini
|
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FIRST-PRINCIPLES BLAST DIFFRACTION SIMULATIONS ON A NOTEBOOK: ACCURACY, RESOLUTION AND TURN-AROUND ISSUES
|
|
S. Frank
R. Löhner
F. Camelli
R. Frank
A. Amini
|
|
COMPARISON OF A FAST RUNNING ENGINEERING MODEL AND A COARSE MESH 3-D EULER PREDICTIONS FOR AIRBLAST IN AN URBAN ENVIRONMENT
|
|
S. Frank
R. Frank
C. Needham
|
|
FAST RUNNING MODEL FOR URBAN AIRBLAST USING ENGINEERING PRINCIPLES
|
|
A. Klomfass
|
|
NUMERICAL INVESTIGTION OF FLUIDDYNAMIC INSTABILITIES AND PRESSURE FLUCTUATIONS IN THE NEAR FIELD OF A DETONATION
|
|
G. R. Johnson
C.A. Gerlach
T. J. Holmquist
K. T. Danielson
E. M. Williams
D. M. Fox
|
|
LAGRANGIAN COMPUTATIONAL APPROACHES FOR MODELING AIR, SOIL, FRAGMENTATION, AND STRUCTURAL INTERACTIONS DUE TO BLAST LOADING
|
|
J.-J. Serra
K. Simon
|
|
RISKS ASSESSMENT OF SKIN BURNS RESULTING FROM A THERMAL RADIATION EXPOSURE
|
|
L. Munier
E. apébie
C. Le Gallic
|
|
SECONDARY COMBUSTION OF HIGH EXPLOSIVE DETONATION PRODUCTS - EXPERIMENTAL CHARACTERIZATION OF THERMAL EFFECTS
|
|
K. Simon
P. Wenig
J.-J. Serra
|
|
REPRODUCIBILITY OF FLUX AND FLUENCE LEVELS IN NUCLEAR THERMAL TESTING
|
|
K. Simon
J.-J. Serra
M. Gillet
|
|
INFLUENCE OF THE THERMAL RADIATION PULSE SHAPE ON HEATING AND DAMAGE
|
|
P. Wenig
K. Simon
K. Krueger
|
|
DEVELOPMENT OF AN ADAPTIVE CONTROL SYSTEM FOR NUCLEAR THERMAL TESTS USING A HIGH POWER XENON ARC LAMP
|
|
A. Yoshinaka
F. Zhang
|
|
RATIO PYROMETRY OF FIREBALL TRANSMISSION BETWEEN TWO CHAMBERS
|
|
K. Kim
C. Needham
M. Anderson
M. Brown
J. Rocco
J. Orphal
L. Benningfield
W. Wilson
J. Kreitinger
|
|
BLAST PERFORMANCE OF SHOCK DISPERSED FUEL
|
|
U. Schwarz
|
|
BLAST STUDY ON A HELICOPTER WINDOW
|
|
A. Verma
G. Renon
|
|
LARGE BLAST AND THERMAL SIMULATOR (LBTS)
|
|
K. Fischer
I. Häring
C. Kranzer
W. Riedel
|
|
EXPERT TOOL FOR THE DETERMINATION OF PARAMETERS OF RESISTANCE FUNCTIONS FOR SDOF MODELS FROM DYNAMIC DATA FOR BLAST LOADING OF STRUCTUTURES
|
|
J. Turnbull
S. M. Bowen
D. J. Pope
R. P. Sheldon
|
|
DYNAMIC TESTING AND PREDICTION OF MORTAR AND ROCKET EFFECTS AGAINST PROTECTIVE STRUCTURES
|
|
Y. Kivity
D. Ornai
D. Shafry
O. Vilnay
G. Ben-Dor
|
|
THE ROLE OF THE SUCTION PHASE IN THE VULNERABILITY OF STRUCTURES TO LARGE SCALE EXPLOSIONS
|
|
G. E. Fairlie
R. Hart
E. J. Draper
|
|
STRUCTURAL RESPONSE TO HIGH EXPLOSIVE BLAST LOADING
|
|
S. P. Ward
|
|
RETROFITTING MASONRY WALLS TO RESIST BLAST LOADS
|
|
D. Ornai
O. Vilnay
|
|
DYNAMIC PROTECTION AGAINST MEDIUM ROCKETS AND ARTILLERY SHELLS WITH SQ FUSES
|
|
Fan Zhang
W. Wilson
|
|
REACTION OF FRAGMENTS FROM CASED EXPLOSIVE CHARGES
|
|
U. Nyström
K. Gylltoft
|
|
SIMULATIONS OF BLAST AND FRAGMENT IMPACTS ON REINFORCED CONCRETE
|
|
M.D. Hutchinson
(presented by R. A Cheesman)
|
|
THE ESCAPE OF BLAST FROM FRAGMENTING MUNITIONS CASINGS
|
|
A. Tank
D. Rickman
J. Ehrgott
R. Pearson
J. Angel
|
|
STATIC EXPERIMENTS OF PARTIALLY BURIED CASED CHARGES AGAINST EARTH AND TIMBER BUNKERS
|
|
A.M. Milne
C. Parrish
I. Worland
|
|
DYNAMIC FRAGMENTATION OF BLAST MITIGANTS
|
|
M. Johansson
O.P. Larsen
L. Laine
|
|
EXPERIMENTS AND ANALYSES OF EXPLOSION AT AN URBAN INTERSECTION
|
|
C.A. Hoing
|
|
NUMERICAL SIMULATIONS OF LARGE SCALE BLAST EFFECTS ON COMMERCIAL STYLE STRUCTURES
|
|
O. Herzog
A. Klomfass
|
|
A SPECIALIZED FAST FINITE VOLUME AMR SOLVER FOR SIMULATION OF BLAST EVENTS IN URBAN SCENARIOS
|
|
T. Tsuga
R. Löhner
F. Togashi
|
|
MULTI-OBJECTIVE ASSESSMENT OF BLAST DAMAGE
|
|
S. Marjanishvili
T. Tadepalli
|
|
PROBABILISTIC FAILURE MODEL FOR STRUCTURAL COMPONENTS SUBJECTED TO AIR-BLAST LOADS
|
|
T. Krauthammer
S. Astarlioglu
J.R. Blasko
|
|
PHYSICS-BASED LOAD-IMPULSE DIAGRAMS FOR REALISTIC PROTECTED FACILITY ASSESSMENT
|
|
E. Rinehart
J. Thomsen
|
|
ADVANCEMENT OF PRECISION FIELD TESTING: A TWENTY YEAR PERSPECTIVE
|
|
W. A. Trzcinski
J. Paszula
|
|
BLAST WAVE CHARACTERISTICS OF EXPLOSIVES MIXED WITH PARTICLES OF AL-MG ALLOY
|
|
A. Freko
|
|
TREMENDOUS INCREASE OF THE BLAST EFFECT ABOVE HE PLATES CHARACTERISED BY SMALL SCALE EXPERIMENTS
|
|
A. Lefrancois
S. Chapelle
S. Pauly
F. Donadieu
J. Mespoulet
|
|
TREMENDOUS INCREASE OF THE BLAST EFFECT ABOVE HE PLATES CHARACTERISED BY SMALL SCALE EXPERIMENTS
|
|
J. R. Britt
G. W McMahon
|
|
TABULAR EXPLOSIVE SOURCE MODELS USED IN BLASTX
|
|
L. Leininger
H. K. Springer
J. Mace
E. Mas
|
|
MODELING THREE-DIMENSIONAL SHOCK INITIATION OF PBX 9501 IN ALE3D
|
|
C. Oswald
|
|
COMPARISON OF MEASURED COMPONENT RESPONSES TO BLAST LOADS WITH SINGLE-DEGREE-OF-FREEDOM ANALYSES
|
|
B.C. Patterson
M.D. Adley
|
|
PENETRATION TRAJECTORY RESPONSE SURFACE MAPPING TECHNIQUES
|
|
E. Kochavi
Y. Kivity
I. Anteby
O. Sadot
G. Ben-Dor
|
|
NUMERICAL MODELING OF COMPOSITE CONCRETE - DURISOL WALLS
|
|
I. Anteby
E. Kluska
R. Ben Gad
I. Altber
O. Sadot
O. Haham
A. Armon
V. Shcheglov
Z. Bar
G. Ben-Dor
|
|
INVESTIGATION OF THE BEHAVIOR OF LAMINATED GLASS UNDER IMPACT LOADS
|
|
C. Liu
D. Palermo
|
|
POLYMERIC MATERIALS FOR STRUCTURAL PROTECTION
|
|
K. De Wolf
D. Lecompte
J. Vantomme
E. Pequet
R. Rustema
J. Borgers
|
|
BLAST WAVE MITIGATION CAPACITY OF A CAN ASSEMBLY PART I: EXPERIMENTAL RESULTS
|
|
T.J. Kreitinger
R. L. Hockey
|
|
HIGH-SPEED IMAGING SYSTEM FOR CAPTURING HIGH-EXPLOSIVE CASE BREAK-UP
|
|
B. Reck
M.O. Sturtzer
R. Allen
D. Eckenfels
|
|
BALLISTIC PENDULUM FOR BLAST WAVE IMPULSE MEASUREMENT - ANALYSIS AND OPTIMISATION
|
|
E. Mataradze
T. Krauthammer
N. Chikhladze
E. Chagelishvili
I. Kalichava
|
|
A NOVEL EXPLODING WIRE BASED EXPERIMENTAL FACILITY FOR INVESTIGATING SMALL SCALE BLAST WAVE SCENARIOS
|
|
R. W. Henny
|
|
SCHOONER: THE LAST LARGE-YIELD U. S. NUCLEAR CRATERING EVENT
|
|
A. Schenker
Z. Savir
B. Bulmash
|
|
ON THE USE OF A POLYUREA BASED ELASTOMER FOR PREVENTING SPALL AND BREACHING IN REINFORCED CONCRETE
|
|
C. K. B. Lee
|
|
A CONVERGENCE STUDY OF THE HYDRODYNAMIC-PLATE METHOD FOR COUPLED CFD/CSD PROBLEMS
|
|
I. Anteby
|
|
INVESTIGATION OF THE ENERGY ABSORBING BEHVIOR OF THIN HOLLOW CONES
|
|
O. A. Soto
J. D. Baum
M. E. Giltrud
R Löhner
|
|
MODELING OF AN EXPLOSIVELY FORMED PROJECTILE (EFP) USING A COUPLED CFD/CSD METHODOLOGY
|
|
A. Brill
E. Blumshtein
A. Goren
R. Genussov
S. Feller
|
|
VALIDATION OF THE AUTODYN CODE TO PREDICT THE DYNAMIC PRESSURE FIELD RESULTING FROM AN EXPLOSION IN A BUNKER
|
|
N. Pilous
Th. Kisters
W. Schwarz
S. Nau,
|
|
AUTONOMOUS RECORDER FOR DATA ACQUISITION IN HARSH ENVIRONMENTS
|
|
J. D. Baum
O. A. Soto
M. E. Giltrud
R. Löhner
Ch. Charman
J. Wolfson
G. Hegemier
K. Arnett
|
|
MODELLING OF STEEL PLATE RESPONSE TO BLAST LOADING USING A COUPLED CFD/CSD METHODOLOGY
|
|
C.K.B. Lee
|
|
A GRID STRATEGY FOR IMPULSE CAPTURE FOR SHOCK REFLECTION ON RIGID SURFACES
|
|
J. E. Crawford
S. Lan
S. Fu
D. Palermo
H. Der Avanessian
|
|
ADVANCES IN BLAST-RESISTANT GLAZING
|
|
M.D. Netherton
M.G. Stewart
|
|
RISK AND UNCERTAINTY MODELLING OF COLLATERAL DAMAGE FROM MONOLITHIC GLAZING SUBJECT TO EXPLOSIVE BLAST LOADS
|
|
A. Rouquand
T. Lacaze
|
|
A SIMPLIFIED METHOD TO EVALUATE THE EXPANSION OF THE DAMAGED ZONE INSIDE A BUILDING AFTER AN INTERNAL EXPLOSION
|
|
M. Omang
S. Børve
J. Trulsen
|
|
NUMERICAL SIMULATIONS OF BLAST WAVE PROPAGATION IN UNDERGROUND FACILITIES
|
|
C. Watry
C. Needham
M. Brown
|
|
THE EFFECT OF CHARGE ORIENTATION IN THE HUMBLE MAPLE STRUCTURE
|
|
M. Brown
C. Needham
M. Anderson
|
|
USING MASSIVE INTERACTIVE STATIONS IN THE HUMBLE GINGKO STRUCTURE
|
|
F. Togashi
J. D. Baum
E. Mestreau
R. Löhner
J. L. Davis
B. A. Steed
D. Sunshine
|
|
NUMERICAL MODELING OF C-4 LONG-TERM BLAST WAVE EVOLUTION IN CONFINED ROOMS
|
|
J.B.W. Borgers
J.M. Ndambi
J. Vantomme
|
|
A VOLUME APPROACH TO PREDICT AIRBLAST PARAMETERS
|
|
I. Sochet
|
|
EXPLOSION OF GAS AND TNT : TNT-EQUIVALENCE PRESSURE
|
|
L. Schwer
M. A. Saadeghvaziri
J. O’Daniel
T.M. Madsen
|
|
FREE-AIR BLAST SIMULATION: ENGINEERING MODEL AND MM-ALE CALCULATIONS
|
|
K. Vaagsaether
S.O. Christensen
D. Bjerketvedt
|
|
MODELING AND IMAGE ANALYSIS OF FAE
|
|
E. Li
A. Yoshinaka
T. Josey
|
|
WEATHERVANE: A SINGLE-POINT MODEL FOR BLAST INJURY APPROXIMATIONS
|
|
M. van der Horst
G. Smit
M. van der Voort
R. Meijer
|
|
NJURY ASSESSMENT FOR BLAST EFFECTS
|
|
D. R. Mott
D. A. Schwer
T. R. Young
J. Levine
J.-P. Dionne
A. Makris
G. Hubler
|
|
BLAST-INDUCED PRESSURE FIELDS BENEATH A MILITARY HELMET
|
|
J. Levine
J.-P. Dionne
M. Ceh
Ch. Fawcett
A. Makris
|
|
EFFECT OF BLAST CONFINEMENT ON PERSONNEL VULNERABILITY
|
|
J.-Ph. Dionne
E. Li
J. Levine
M. Ceh
Ch. Fawcett
A. Makris
|
|
NUMERICAL SIMULATIONS OF THE EFFECT OF BLAST CONFINEMENT ON PERSONNEL VULNERABILITY
|
|
L. Leininger
|
|
MODELING THREE-DIMENSIONAL SHOCK INITIATION OF PBX 9501 IN ALE3D
|
|
J.M. Dewey
|
|
THE SHAPE OF THE BLAST WAVE: STUDIES OF THE FRIEDLANDER EQUATION
|
|
A. Bouamoul
|
|
EFFECT OF HUMAN AND SHEEP LUNG ORIENTAION ON PRIMARY BLAST INJURY INDUCED BY SIMPLE BLAST
|
|
A. Kuhl
J. B. Bell
V. Beckner
J. Grcar
|
|
BLAST WAVES FROM ULTRA-HIGH-ENERGY CHARGES
|
|
D.L. Frost
M. Cairns
S. Goroshin
J. Leadbetter
R. Ripley
F. Zhang
|
|
REFLECTED HETEROGENEOUS BLAST
|
|
E. Rottenkolber
S. Greulich
W. Arnold
|
|
MODELING OF BLAST ENHANCED EXPLOSIVES
|
|
M.O. Sturtzer
B. Reck
R. Allen
D. Eckenfels
|
|
CHARACTERIZATION OF THERMOBARIC BLAST EFFECTS INSIDE A TUNNEL CONFIGURATION
|
|
R. C. Ripley
J. Leadbetter
L. Donahue
F. Zhang
|
|
ACCELERATION, HEATING AND REACTION OF ALUMINUM PARTICLES IN CONDENSED EXPLOSIVE DISPERSAL
|
|
B.E. Gelfand
S.P. Medvedev
M.V. Silnikov
S.V. Khomik
|
|
COMPARATIVE STUDY OF PRESSURE-TEMPERATURE EFFECTS FROM TNT AND RDX-IPN-AL EXPLOSIONS
|
|
S. Greulich
E. Rottenkolber
|
|
FI-BLAST: AN ENGINEERING TOOL TO ASSIST THE FAST ANALYSIS OF BLAST AND FRAGMENT LOADED STRUCTURES
|
|
M. Held
|
|
LOAD HISTORY ON TARGETS, CAUSED BY DETONATING FRAGMENTING CHARGES
|
|
J. Leadbetter
R.C. Ripley
F. Zhang
|
|
FRAGMENTATION OF METAL PARTICLES IN URBAN STREET EXPLOSIONS
|
|
A. Zibarov
|
|
GENERAL DESCRIPTION OF THE GDT SOFTWARE AND ITS APPLICATION TO BLAST AND SHOCK PHENOMENA SIMULATION
|
|
S. Akers
D. Rickman
J. Ehrgott
|
|
NUMERICAL SIMULATIONS OF TAMPED WALL-BREACHING CHARGES
|
|
D.Z. Yankelevsky
V.R. Feldgun
Y.S. Karinski
|
|
THE EFFECT OF SOIL LOCKING ON THE SHOCK WAVE'S ATTENUATION
|
|
L.K. Davis
|
|
EXPLOSION CRATERS IN EMBANKMENTS
|
|
E. M. Williams
J. E. Windham
J. Q. Ehrgott
K. T. Danielson
T. J. Gorsich
|
|
EFFECT OF SOIL PROPERTIES ON AN ABOVEGROUND BLAST ENVIRONMENT FROM BURIED BARE CHARGES
|
|
E. A. Lenox
P. H. Thompson
R. W. Henny
|
|
APPLICATION OF PHOTOGRAMMETRIC TECHNIQUES TO CRATER MEASURMENT FOR SHALLOW BURIED, SURFACE, AND SMALL HEIGHT OF BURST EXPLOSIONS
|
|
A. Britan
M. Liverts
G. Ben-Dor
H. Shapiro
|
|
PROTECTIVE BARRIERS OF PARTICULATE AQUEOUS FOAMS
|
|
I. M. Barnes
D. Reed
|
|
THE USE OF RIGID POLYURETHANE FOAMS FOR PREVENTING SYMPATHETIC DETONATION
|
|
P.W. Friend
T.A. Rose
P.D. Smith
|
|
THE VENTING CHARACTERISTICS OF SUPPRESSIVE SHIELDS
|
|
A. Bryntse
|
|
BLAST BARRIER WITH DAYLIGHT OPENINGS
|
|
J. O’Daniel
W. McMahon
B. Walker
|
|
VULNERABILITY OF LOCK WALLS TO WATERSIDE EXPLOSIVE ATTACKS
|
|
F.G. Hulton
|
|
THE DEVELOPMENT OF STRUCTURAL RETROFITS
|
