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BORGARTZ,B.
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AWE FOULNESS NUCLEAR BLAST AND THERMAL SIMULATORS
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GRATIAS,S.
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COMBINED THERMAL AND BLAST EFFECTS INTEGRATION OF A THERMAL RADIATION SIMULATOR INSIDE THE 2.4 M IN DIAMETER SHOCK TUBE AT C.E.G.
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GALLAWAY,C.R.
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ASSESSMENT OF NON-IDEAL AIR BLAST SIMULATORS
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RITZEL,D.V.
THIBAULT,P.A.
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DEVELOPMENT OF AN EFFICIENT LOW-COST BLAST TUBE FACILITY
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COULTER,G.A.
BULMASH,G.
KINGERY,C.
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BLAST PARAMETRIC STUDIES USING A 1:57 SCALE SINGLE DRIVER MODEL OF A LARGE BLAST SIMULATOR
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SCHNEIDER,K.D.
NEEDHAM,C.E.
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LARGE SCALE HE FREE FIELD SIMULATION
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IGRA,O.
ELPERIN,T.
BEN-DOR,G.
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DUSTY BLAST WAVES
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ELATA,D.
BEN-DOR,G.
IGRA,O.
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THE EFFECT OF PARTICLE SIZE DISTRIBUTION ON THE FLOW FIELD GAS
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SU,F.Y.
PHILLIPS,G.T.
TRACI,R.M.
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BLASTWAVE DUSTY BOUNDARY LAYER MODELING
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DODD,K.T.
OHAIR,K.C.
VANDERVORST,M.J.
YELVERTON,J.T.
ET AL.
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ANALYSIS OF FIELD TEST RESULTS OF THE BIOPHYSICAL RESPONSE OF SHEEP TO BLAST LOADING
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VANDERVOST,M.J.
DODD,K.T.
STUHMILLER,J.H.
PHILLIPS,Y.Y.
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CALCULATION OF THE INTERNAL MECHANICAL RESPONSE OF SHEEP TO BLAST LOADING
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BULMASH,G.
COULTER,G.
CORRIGGIO,A.
ABRAHAMS,R.
PETERSON,R.
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TERRAIN EFFECTS ON SHOCK WAVES AS MEASURED USING A 1:1300 SCALE MODEL OF THE REITERAPLE FACILITY AND SURROUNDING MOUNTAINS
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KLUBERT,L.
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FIRST TESTS TO REDUCE THE ENVIRONMENTAL EFFECTS OF THE LARGE BLAST SIMULATOR REITERALPE
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REED,J.W.
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CLIMATOLOGICAL ASSESSMENT OF EXPLOSION AIRBLAST PROPAGATIONS
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PATERSON,B.M.
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FURTHER INVESTIGATIONS OF BLAST SIMULATION USING THE PETRA HYDROCODE
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TOURNEMINE,D.
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OPTIMIZING DIFFRACTION PHASE COMPUTATIONS BY LINKING A 1D CODE WITH A 2D CODE
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KLAUS,M.H.
SANTIAGO,J.M.
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FINITE ELEMENT ANALYSIS OF A BLAST LOADED CYLINDER
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HEILIG,W.
KOERNER,W.
|
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THE SHOCK LOADING OF VARIOUS STEEP WEDGES CALCULATED BY THE STEALTH-CODE AND COMPARED WITH EXPERIMENTAL DATA
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|
KESSLER,E.
ANET,B.
|
|
LOADING OF SHELTER WALLS DUE TO AN AIR BLAST INDUCED GROUND SHOCK
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|
RUETENIK,J.R.
TREIMANIS,G.J.
ADAMS,R.M.
|
|
COMPARISON OF TEST RESULTS FOR A WING SUBJECTED TO ROCKET-SLED BLAST AND TO SHOCK-TUBE ENVIRONMENT
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POLK,J.F.
GUICE,R.L.
BELLIVEAU,L.J.
|
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SHOCK ISOLATION EXPERIMENTS IN A HARDENED SHELTER PROGRAM
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|
graw
|
|
SIMULATION AND PREDICTION OF THE EFFECTS OF CONTAINED EXPLOSIONS IN WATER-SATURATED SANDS BY NUMERICAL MODELS
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REISLER,R.E.
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HOB EXPERIMENTS AND CHARGE DEVELOPMENT STUDIES
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HISLEY,D.M.
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AXISYMMETRIC CALCULATIONS FOR THE LARGE BLAST/THERMAL SIMULATOR (LB/TS) SHOCK TUBE CONFIGURATION
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|
DEWEY,J.M.
MCMILLIN,D.J.
|
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NUMERICAL RECONSTRUCTION OF THE FLOW FIELD IN EXPERIMENTALLY OBSERVED MACH STEM BLAST WAVES
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| |
|
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|
PHILLIPS,G.T.
SU,F.Y.
TRACI,R.M.
|
|
TURBULENT FLOW MODELING OF NONIDEAL AIRBLAST
|
|
NEWELL,R.T.
|
|
NON-IDEAL AIRBLAST SIMULATION IN SHOCK TUBES
|
|
SCHNEIDER,K.D.
NEEDHAM,C.E.
|
|
EFFECTS OF BAG MASS ON PRECURSOR SIMULATION
|
|
OSOFSKY,I.B.
MASON,G.P.
HOVE,D.T.
|
|
DESIGN OF AN AUTOMATED DIAPHRAGM SYSTEM FOR THE LB/TS
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|
KOEHLER,K.A.
|
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DYNAMICAL HEATING OF THE DRIVER GAS OF PRESSURIZED AIR-DRIVEN BLAST-WAVE SIMULATORS
|
|
LAVERENTZ,H.D.
EVANS,J.L.
|
|
STUDIES ON THE USE OF HEATED GAS FOR DRIVING A LARGE BLAST SIMULATOR
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|
AMANN,H.O.
|
|
SHAPING OF A SIMULATED BLAST WAVE SIGNATURE BY A CONE OR BY ORIFICE PLATES INSTALLED IN THE DRIVERS OF A BLAST SIMULATOR
|
|
BELLIVEAU,L.J.
|
|
A METHOD FOR MEASURING INITIAL MOTIONS FROM THE ACCELERATIONTIME RECORDS OF SHELTERS EXPOSED ON A HIGH-EXPLOSIVE EVENT
|
|
HOFFMANN,G.
|
|
CONSTRUCTIVE MEANS FOR SPIKE DAMPING SIMULATING WEAPON EFFECTS IN SHOCK TUBES
|
|
ADAMS,R.M.
DUNN,M.C.
|
|
RESPONSE OF A TURBOFAN ENGINE TO A SIMULATED NUCLEAR AIRBLAST
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|
GUICE,R.L.
GOTTLIEB,J.J.
|
|
PASSIVE AND ACTIVE REFLECTION ELIMINATORS
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|
ROUQUAND,A.
|
|
A SIMPLIFIED METHOD TO PREDICT THE INFLUENCE OF THE AIRBLAST WAVEFORM IRREGULARITIES ON THE DYNAMIC STRUCTURAL BEHAVIOR
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|
INCE,R.W.
IREMONGER,M.J.
SMITH,P.D.
POWELL,R.F.
|
|
CHARACTERISATION OF AQUEOUS FOAMS FOR BLAST ATTENUATION/
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|
ANET,B.
BINGGELI,E.
|
|
MODEL SCALE EXPERIMENTS FOR THE INVESTIGATION OF AIR BLAST LOADING ON STRUCTURES
|
|
SMITH,A.V.
|
|
AWRE FOULNESS NUCLEAR BLAST SIMULATOR WATER DROPLETS - AN ALTERNATIVE RWE
|
|
FORSEN,R.
|
|
INCREASE OF IN-PLANE COMPRESSIVE FORCES DUE TO INERTIA IN WALL PANELS SUBJECTED TO AIR BLAST LOADING
|
|
DIEKHOFF,H.J.
LINDER,A.
NIESSEN,E.
|
|
BLAST LOADING OF TYPICAL NAVAL STRUCTURES"
|
|
GUERKE,G.
BUECKING,P.
ET AL.
|
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ELASTO-PLASTIC RESPONSE OF STEEL PLATES TO BLAST LOAD
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