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COOPER,H.F.
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ON SCALING GROUND MOTIONS AND IMPLICATIONS FOR SIMULATION FIDELITY
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BESTGEN,R.F.
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SIMULTANEOUS MULTI-BURST GROUND SHOCK PHENOMENA
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VRETBLAD,B.
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FULL-SCALE TEST OF A SWEDISH PERSONNEL SHELTER
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HULTGREN,S.
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RESPONSE OF BURIED MODEL STRUCTURES TO BURIED TNT EXPLOSIONS IN SAND
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BINGGELI,E.
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BLAST WAVE PROPAGATION IN BENT TUNNELS
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BROWN,P.S.
LOHMANN,M.L.
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COMPUTER MODELING OF THE VOITENKO SHOCK TUBE GENERATOR
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GLENN,H.D.
KRATZ,H.R.
KEOUGH,D.D.
SWIFT,R.P.
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HIGH-ENERGY (MACH 130) AIR-SHOCK PROPAGATION IN STEEL AND GROUT PIPES,
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WISOTSKI,J.
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ULTRA HIGH-SPEED RUBY LASER PHOTOGRAPHIC LIGHT SYSTEM
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GRIMSHAW,J.F.
PENNELEGION,L.
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THE SIMULATION OF INFANTRY WEAPON BLAST USING A COMPRESSED GAS SOURCE
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KUHL,A.L.
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SHOCK WAVE CUMULATION EFFECTS FROM SIX SIMULTANEOUS 120-TON ANFO CHARGES
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ABRAHAMSSON,E.
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MODEL TESTS AS MEANS TO PREDICT FULL SCALE BEHAVIOUR UNDER BLAST LOAD - A STUDY
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GUIRAO,C.M.
BACH,G.G.
LEE,J.H.S.
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ON THE SCALING OF BLAST WAVES FROM FUEL-AIR EXPLOSIVES
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SEDGWICK,R.T.
PIERCE,T.H.
KRATZ,H.R.
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THE USE OF FUEL-AIR EXPLOSIVES AS A NUCLEAR BLASTWAVE SIMULATOR
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ERIKSSON,S.E.
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SHOCK WAVE ATTENUATION IN A ROUGH-WALLED TUNNEL
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HOLSAPPLE,K.A.
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MATERIAL STRENGTH AND EXPLOSIVE PROPERTY EFFECTS IN CRATERING AND GROUND SHOCK
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SCHMIDT,R.M.
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SIMULATION OF LARGE-SCALE-EXPLOSIVE CRATERING AND GROUND SHOCK USING A 600-G GEOTECHNIC CENTRIFUGE
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ZELIKSON,A.
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ARTIFICIAL TWO DIMENSIONAL SANDS, SHOCK TUBE, CENTRIFUGE, AS EXPLOSIONS
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ZELIKSON,A.
BERGUES,J.
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ESSAIS SUR MODELES REDUITS UTILISANT UNE CENTRIFUGEUSE POUR SUR UNE CAVITE VOISINE
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CHABAI,A.J.
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EVIDENCE FOR GRAVITY SCALING AND IMPLICATIONS FOR EXPLOSION CRATERS
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NASH,P.T.
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BLAST RESPONSE OF BUILDING WALL AND FRAME STRUCTURES
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FRIDDELL,K.D.
HOLZE,R.H.
PYLE,J.C.
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EVALUATION OF INDUSTRIAL PLANT HARDNESS TECHNIQUES"
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|
LEE,W.N.
SCHUMAN,W.J.
FREIBERG,R.A.
MENTE,L.J.
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BLAST RESPONSE OF TROPOSCATTER ANTENNAS
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DUNN,M.G.
DAVIS,A.O.
RAFFERTY,J.M.
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NUCLEAR BLAST VULNERABILITY OF AIRBREATHING PROPULSION SYSTEMS: LABORATORY MEASUREMENTS AND PREDICTIVE MODELING
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RAFFERTY,J.M.
RUETENIK,J.R.
SMILEY,R.F.
ZARTARIAN,G.
|
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CORRELATION OF A COMPUTER CODE FOR PREDICTING NUCLEAR BLAST HAFB SLED TRACK
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GABRIELSEN,B.L.
WILTON,C.
|
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A FAILURE PREDICTION METHODOLOGY
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ROWE,R.D.
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THE ASSESSMENT OF RESPONSE TO NUCLEAR BLAST OF ANTENNAE, MASTS AND VEHICLES
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KESSLER,E.
|
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A NEW SHOCK TESTING METHOD
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COOPER,H.F.
BRATTON,J.L.
|
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ON AIRBLAST AND AIRSLAP-INDUCED GROUND SHOCK FROM MULTIPLE NUCLEAR EXPLOSIONS
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PEREZ,M.
CHARTAGNAC,P.
|
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COMPORTEMENT DYNAMIQUE EN COMPRESSION ET EN DETENTE DES JAUGES PIEZORESISTIVES AU CARBONE
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THOMSEN,J.M.
SAUER,F.M.
ORPHAL,D.L.
FRANZEN,R.R.
|
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SIMULATION OF NUCLEAR EXPLOSION-GENERATED STRESS WAVES UTILIZING GUN PROPELLANTS
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STUDER,J.
|
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MILITARY ASPECTS OF SOIL LIQUEFACTION
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TRENSE,R.W.
|
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MODELLING IN SOIL DYNAMICS EXPERIMENTS WITH A SHOCK TUBE
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STUDER,J.
KOK,L.
TRENSE,R.W.
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SOIL LIQUEFACTION FIELD TEST - MEPPEN PROVING GROUND 1978 FREE FIELD RESPONSE
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SCHAEPERMEIER,M.E.
|
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SOIL LIQUEFACTION FIELD TEST IN MEPPEN PROVING GROUND, 1978 SYNOPTIC PAPER
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SCHAEPERMEIER,M.E.
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|
SOIL LIQUEFACTION FIELD TEST IN MEPPEN PROVING GROUND, 1978 STRUCTURE RESPONSE
|
|
KOK,L.
TRENSE,R.W.
|
|
BLAST-INDUCED SOIL LIQUEFACTION STATE-OF-THE-ART
|
|
BEN-DOR,G.
GLASS,I.I.
|
|
DENSITY FIELD OF NONSTATIONARY OBLIQUE-SHOCK-WAVE REFLECTIONS: COMPARISON BETWEEN ACTUAL AND NUMERICAL EXPERIMENTS
|
|
ULLRICH,G.W.
|
|
AIRBLAST OVER NONIDEAL SURFACES
|
|
DEWEY,J.M.
MCMILLIN,D.J.
|
|
ENERGY DENSITY MEASUREMENTS IN BLAST WAVES
|
|
GOTTLIEB,J.J.
RITZEL,D.V.
|
|
FLOW PROPERTIES OF A SPHERICAL BLAST WAVE
|
|
TUOKKO,S.
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|
COMPARISON OF BLAST WAVES BETWEEN POROUS POWDER AND TNT
|
|
KEEFER,J.H.
|
|
AIR BLAST ENHANCEMENT FROM MULTIPLE DETONATIONS
|
|
HEILIG,W.
REICHENBACH,H.
|
|
MEASUREMENTS OF THE UNSTEADY DRAG COEFFICIENT OF A CIRCULAR CYLINDER
|
|
GUERKE,G.
|
|
PENETRATION OF AIR-BLAST INTO ENTRANCE BUILDINGS
|
|
BEASON,J.D.
NEEDHAM,C.E.
|
|
A TWO DIMENSIONAL COMPUTATION OF RIBBED PIPE FLOW
|
|
CLARE,P.M.
|
|
METHODS USED TO DRIVE THE AWRE FOULNESS BLAST SIMULATOR
|
|
VIGIL,M.G.
|
|
A METHOD FOR PREDICTING THE TEST SECTION BLAST PARAMETERS OF A 5.8 METRE DIAMETER BLAST SIMULATOR
|
|
DISHON,J.F.
|
|
A THERMAL RADIATION SIMULATOR DEVELOPMENT PROGRAM
|
|
ANET,B.
HUNZIKER,P.
|
|
SHOCK TESTING OF EQUIPMENT FOR CIVIL DEFENSE STRUCTURES AND MILITARY FORTIFICATIONS IN SWITZERLAND
|
|
SCHUMAN,W.J.
SAFFORD,F.B.
WALKER,R.E.
FREIBERG,R.A.
|
|
BIAXIAL TRANSIENT SIMULATION TESTS FOR COMMUNICATION EQUIPMENT TO MATCH HIGH EXPLOSIVE FIELD TEST DATA
|
|
WAMPLER,H.W.
LEIGH,G.G.
FURBEE,M.E.
|
|
A STATUS AND CAPABILITY REPORT ON NUCLEAR AIRBLAST SIMULATION USING HEST
|
|
SMITH,P.D.
|
|
"A ""TAILORED"" SHOCK TUNNEL FOR INVESTIGATING SHOCK WAVE PROPAGATION IN SOILS AND FOAMS"
|
|
RENICK,J.D.
|
|
SOME CONSIDERATIONS IN THE DESIGN OF A DYNAMIC AIRBLAST SIMULATOR
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