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MABS 1 Alberta, Canada 1967 

 

KELSO,J.R.

 

U.S. MILITARY REQUIREMENTS FOR TESTS IN BLAST SIMULATORS

 

BISHOP,V.J.
CLARE,R.
GOLDEN,P.M.
ROWE,R.D.

 

FURTHER DEVELOPMENT ON THE A.W.R.E. FOULNESS MULTI-TON AIRBLAST SIMULATOR

BERGMAN,S.G.A.

 

THE RSFA UNDERGROUND SHOCK TUBE FACILITY FOR TESTING FORTIFICATION EQUIPMENT

KOEPPEL,H.

 

A METHOD AND DEVICE FOR THE SIMULATION OF AIR BLAST EFFECTS ON BURIED STRUCTURES

BERTRAND,B.P.

 

HIGH PRESSURE BLAST GENERATION

WEIGEL,G.

 

TESTS ON PLATES OF REINFORCED CONCRETE IN A NEW SHOCK SIMULATOR OF LONG PRESSURE TIME

CULBERTSON,D.W.

 

A DESCRIPTION AND PREDICTED PERFORMANCE OF A CONICAL SHOCK TUBE NUCLEAR-BLAST SIMULATOR

MATHEWS,F.H.

 

CHARACTERISTICS OF SEVERAL CONCENTRATED-CHARGE EXPLOSIVEDRIVEN SHOCK TUBES

BICKLE,L.W.

 

CALIBRATION OF THE SANDIA CORPORATION 6 X 200 FOOT EXPLOSIVEDRIVEN SHOCK TUBE

BRATTON,J.L.

 

SIMULATION OF AIRBLAST INDUCED GROUND MOTIONS USING HEST

KAPLAN,K.

 

REDUCED-AMBIENT-PRESSURE EXPLOSION TESTING IN THE URS SHOCK CHAMBER

MCMURTRY,W.

 

A SHOCK TUBE ADAPTED FOR HIGH SHOCK-STRENGTH INTERFEROMETRY AND SCHLIEREN PHOTOGRAPHY

ASHURST,W.T.
SCHULTZ,R.H.
STOLLER,H.M.
BLACKWELL,A.N.

 

BLAST TESTING OF AERODYNAMICS STRUCTURES USING EXPLOSIVE DRIVEN SHOCK TUBES

WHITESIDE,T.

 

SPECIALISED INSTRUMENTATION DEVELOPED AT A.W.R.E., FOULNESS, ENGLAND, FOR RECORDING BLAST PHENOMENA

RICHMOND,D.R.
GAYLORD,C.S.
DAMON,E.G.
TABORELLI,R.V.

 

DASA-AEC-LOVELACE FOUNDATION BLAST-SIMULATION FACILITY

BALTAKIS,F.P.
MERRITT,D.L.
ARONSON,P.M.

 

TWO TECHNIQUES FOR SIMULATING THE INTERACTION OF A SUPERSONIC VEHICLE WITH A BLAST WAVE

LINDBERG,H.E.

 

SIMULATION OF TRANSIENT SURFACE LOADS USING PLANE, CYLINDRICAL, AND SPHERICAL BLAST WAVES

HABIB,E.T.

 

PROPOSED LONG RANGE PROGRAM FOR CONICAL SHOCK TUBE FACILITY

REICHENBACH,H.

 

PRINCIPLE OF THE EQUAL-PRESSURE SHOCK TUBE AND ITS USE FOR MEASUREMENTS ON SAND FILTERS

DOIG,G.
HART,W.D.

 

A SHOCK TUBE STUDY OF THE AIR BLAST LOADING ON SHIP DECKS IN THE PRESENCE OF SUPERSTRUCTURES

WITT,E.F.

 

BLAST WAVE DEBRIS TRANSPORT

KENNEDY,T.E.

 

COMPARISON OF SIMULATION AND FIELD TESTS OF A BURIED CONCRETE ARCH STRUCTURE

WHITESIDE,T.

 

PROPOSED INSTRUMENTATION FOR BLAST RECORDING IN THE FUTURE

CROWLEY,B.K.

 

NUMERICAL SIMULATIONS OF SHOCK TUBES

ZELMAN,M.

 

DYNAMIC RESPONSE OF STRUCTURES

GROVES,T.K.

 

THE SPATIAL VARIATION OF THERMODYNAMIC AND FLOW VARIABLES BEHIND PLANE, CYLINDRICAL AND SPHERICAL DETONATION FRONTS

SADWIN,L.D.
BERMAN,J.

 

REFLECTION AND RAREFACTION ELIMINATION IN CONICAL SHOCK TUBES

MASON,R.P.

 

THE DOUBLE-DRIVER SHOCK TUBE TECHNIQUE FOR PRODUCING A BLAST WAVE IN SUPERSONIC FLOW

SERGEANT,R.J.

 

A TECHNIQUE FOR INVESTIGATING THE EXTERNAL BLAST EFFECTS ON A REDUCED AMBIENT PRESSURE (ABSTRACT)

TRINKS,W.

 

SIMULATING THE EFFECTS OF PRESSURE GENERATED BY NUCLEAR DETONATIONS ON SUBTERRANEAN INSTALLATIONS IN ROCK

SHORT,C.A.
MACHIN,K.E.

 

DYNAMIC AND STATIC STRESS CONCENTRATION FACTORS FOR OPENINGS IN PLATES

 

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