Shock wave and high strain rate phenomena in materials:
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
New York u.a.
Dekker
1992
|
| Schriftenreihe: | Mechanical engineering
77 |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XXI, 1159 S. Ill., graph. Darst. |
| ISBN: | 0824785797 |
Internformat
MARC
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| 245 | 1 | 0 | |a Shock wave and high strain rate phenomena in materials |c ed. by Marc A. Meyers ... |
| 264 | 1 | |a New York u.a. |b Dekker |c 1992 | |
| 300 | |a XXI, 1159 S. |b Ill., graph. Darst. | ||
| 336 | |b txt |2 rdacontent | ||
| 337 | |b n |2 rdamedia | ||
| 338 | |b nc |2 rdacarrier | ||
| 490 | 1 | |a Mechanical engineering |v 77 | |
| 500 | |a Literaturangaben | ||
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| 650 | 7 | |a Déformations (mécanique) |2 ram | |
| 650 | 7 | |a Ondes de choc |2 ram | |
| 650 | 4 | |a Deformations (Mechanics) | |
| 650 | 4 | |a Shock (Mechanics) | |
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| 856 | 4 | 2 | |m Digitalisierung TU Muenchen |q application/pdf |u http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003433631&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |3 Inhaltsverzeichnis |
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Datensatz im Suchindex
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| adam_text | Contents
Toreword
John S. Rinehart
Award
Preface
m
vii
SECTION I: HIGH-STRAIN-RATE DEFORMATION
Chapter
1
Dynamic Deformation and Failure
3
SIA
NEMAT-NASSER
Chapter
2
Mechanical Behavior of Composite Materials Under Impact Loading
21
J. HARDING
Chapter
3
New Directions in Research on Dynamic Deformation of Materials
35
GEORGE MAYER
Chapter
4
Constitutive Equations at High Strain Sates
L. W. MEYER
49
Chapter
5
Material Deformation at High Strain Rates
C.
Y.
CHIEM
69
Chapter
6
Microstracture and Fracture During High-Rate Forming of
Iron and Tantalum
M. J. WORSWICK,
N.
QIANG, P. N1ESSEN, andR. J. PICK
87
Chapter
7
High-Velocity Tensile Properties of
Ті-ВУ-ЗСг-ЗАІ-ЗЗп
Alloys
N.
TAKEDA and A. KOBAYASHI
97
ix
x
Contents
Chapter
8
Mechanical Behavior of a High-Strength Austenitic Steel Under
Dynamical Biaxial Loading
107
E. STASKEWITSCH and K. STIEBLER
Chapter
9
Mechanical and
Microstructural
Response of Ni3Al at High Strain
Rates and Elevated Temperatures
117
H. W.
SIZEKand
G. T.
GRAY III
Chapter
10
Influence of Mechanical Twinning on the Deformation Behavior
of Armco Iron
127
B.-O.
REINDERS
and H.-D.
KUNZE
Chapter
11
Microstructure
Dependence of High-Strain-Rate Deformation
and Damage Development in Tungsten Heavy Alloys
137
J. LANKFORD, H.
COUQUE,
A. BOSE,
and
C. E.
ANDERSON
Chapter
12
Short and Long Transients in Dynamic Plasticity of Metals,
Modeling and Experimental Facts
147
J. R. KLEPACZKO
Chapter
13
High-Strain-Rate Titanium Compression: Experimental Results
and Modelization
161
S. GABELOTAUD,
С
NGUY, P. BENSUSSAN, M. BERVEILLER
and P. LIPINSKI
Chapter
14
Modelling of Flow Stress in Steels as a Function of Strain Rate
and Temperature
171
F. BURGAHN,
O. VÖHRINGER
and E.
MACHERAUCH
Chapter
15
Ductile Fracture of Cu
- 1%
Pb at High Strain Rates
181
С
DUMONTand
С
LEVAILLANT
Chapter
16
Plastic Flow Localization at High Strain Rates
193
D. DUDZINSK1, M. EL MAJDOUBI and A. MOLINARI
Chapter
17
The Deformation of Tungsten Alloys at High Strain Rates
203
R. S.
COATES
and K. T. RAMESH
Contents xi
Chapter
18
Texture-Induced Anisotropy and High-Strain-Rate Deformation
in Metals
213
S. K. SCHIFERL and P. J. MAUDLIN
Chapter
19
Shock-Wave Deformation of W-Ni-Fe Heavy Alloys at
Elevated Temperatures
223
A. PEIKRISHV1LI, L. JAPARIDZE, G. GOTSIRIDZE
and
N.
CHIKHRADZE
SECTION II: SHOCK AND COMBUSTION SYNTHESIS
Chapter
20
Diamond Formation in Aluminum-Nickel/Graphite Under
Shock Loading
233
/.
SIMONSEN,
Y. HORIE, T. AKASHI and A. B. SAWAOKA
Chapter
21
Shock Initiated
Chemical
Reactions in
1:1
Atomic Percent
Nickel-Silicon Powder Mixtures
245
B. R. KRUEGER and T.
VREELAND,
JR.
Chapter
22
Thermochemistry of Shock-Induced Exothermic Reactions in
Selected Porous Mixtures
253
M. B. BOSLOUGH
Chapter
23
Reaction Synthesis/Dynamic Compaction of Titanium Carbide and
Titanium Diboride
261
J. LASALVIA, L. W. MEYER, D. HOKE, A. NIILER and
M. A. MEYERS
Chapter
24
Shock-Induced Chemical Reactions and Synthesis of
Binary Compounds
271
N. N.
THADHANI, A. ADVANI, I. SONG, E. DUNBAR,
A. GREBE and R. A. GRAHAM
Chapter
25
Dynamic Compaction of Combustion Synthesized
TiC-A^Oj Composite
283
G. E. KORTH,
R. L.
WILLIAMSON and
В. Н.
RABIN
Contents
Chapter
26
Explosive Compaction Processing of Combustion Synthesized
Ceramics and Cermets
293
A. NIILER, L. J.
KECSKÉS
and T. KOTTKE
Chapter
27
Shock Synthesis of Suicides
303
L. H. YU and M. A. MEYERS
Chapter
28
Shock Recovery Experiment of Carbon
311
T. SEKINE
SECTIQN III: DYNAMIC CONSOLIDATION
Chapter
29
Shock-Compression Processing in Japan
323
A. B. SAWAOKA and Y. HORIE
Chapter
30
Shock Consolidation of Diamond
339
THOMAS J. AHRENS, G. M. BOND, W. YANG and G. LIU
Chapter
31
Shock Compaction of Diamond Powder in Reactive Mixtures
353
H. KUNISHIGE, Y. HORIE and A. B. SAWAOKA
Chapter
32
Method for Determining Pressure Required for Shock
Compaction of Powders
361
A. FERREIRA
and M. A. MEYERS
Chapter
33
Effect of Internal Gas Pressure on the Shock Consolidation of
304
Stainless Steel Powders
371
N.
E. ELLIOTT and K. P.
STAUDHAMMER
Chapter
34
Dynamic Consolidation of Intermetallics
383
M. S. VASSILIOU,
C. G.
RHODES and
M, R.
MITCHELL
Chapter
35
Shock Densification/Hot Isostatic Pressing of Titanium Aluminide
393
SHI-SHYAN SHANG and MARC A. MEYERS
Contents
хні
Chapter
36 Computer
Simulations of Laser Shock Compaction of Powders
407
J. P.
ROMAIN
and D. ZAGOURI
Chapter
37
Underwater-Shock Consolidation of Difficult-to-Consolidate
Powders
415
A. CHIBA,
M.
FUJITA,
M.
NISHIDA,
К.
IMAMURA
and
R.
TOMOSHIGE
Chapter
38
Several Techniques for One-Dimensional Strain Shock
Consolidation of Multiple Samples
425
A. H.
MUTZ
and T.
VREELAND,
JR.
Chapter
39
Dynamic Compaction of Copper Powder: Experimental
Results and 2D Numerical Simulations
433
T. THOMAS, P. BENSUSSAN, P. CHARTAGNAC and
Y BIENVENU
Chapter
40
Microstracture of Explosively Compacted Ceramic Materials
443
P. BOOGERDandA.
С
VAN
DER STEEN
Chapter
41
Hot Shock Consolidation of Diamond and Cubic Boron
Nitride Powders
453
K. HOKAMOTO, S. S. SHANG, L. H.YUandM. A. MEYERS
Chapter
42
Importance of Preheating at Dynamic Consolidation of Some
Hard Materials
463
L. JAPARIDZE, A. PEIKRISHVILI,
N.
CHIKHRADZE and
G. GOTSlRmTE
Chapter
43
Equation of State of Porous Metals in Explosive Compaction
473
SHAO BINGHUANG, WANG XIAOLIN and LIU ZHIYUE
Chapter
44
Influence of Environment Condition on Conservation of
Explosively Obtained Diamond
483
E. A. PETROV,
G.
V. SAKOVITCH and P.
M. BRYLYAKOV
Contents
SECTION
IV: SHAPED CHARGE PHENOMENA
Chapter
45
Shaped Charge Jetting of Metals at Very High Strain Rates
493
FRED I. GRACE
Chapter
46
High-Strain-Rate Deformation of Copper in Shaped Charge Jets
503
L. ZERNOW and L. LOWRY
Chapter
47
Comparative Studies of Shaped Charge Component
Microstructures
521
ALAN GUREVITCH, L. E.
MURR,
S. K.
VARMA,
S.
THIAGARAJAN and
W. W.
FISHER
Chapter
48
High Strain, High-Strain-Rate Deformation of Copper
529
M. A. MEYERS, L. W. MEYER, J.
ΒΕΑΤΓΥ,
U.
ANDRADE,
К.
S.
VECCHIO and
A. H. CHOKSHl
Chapter
49
Material Characteristics Related to the Fracture and Particulation
of Electrodeposited-Copper Shaped Charge Jets
543
DAW) H.
LASSILA
Chapter
50
RHA Plate Perforation by a Shaped-Charge Jet: Experiment and
Hydrocode
Simulation
555
МАЕШ
N.
RAFTENBERG and CLAIRE D.
KRAUSE
Chapter
51
On the Relationship Between the
Microstructural
Condition of the
liner and the Performance of a Shaped Charge
565
C. S.
DA COSTA
VIANA
and
С.
N. ELIAS
Chapter
52
Transformation and Structural Changes in Metal Under Shock and
Dynamic leading
573
C. FENG
Chapter
53
High-Strain-Rate Deformation Behavior of Shocked Copper
587
D. H.
LASSILA,
M. LEBLANC
and
G. T.
GRAY
UI
Contents
Chapter
54
Characterization of Copper Shaped-Charge Liner Materials at
Tensile Strain Rates of
IOV1
597
W.
H. GOURDIN
Chapter
55
Correlation Between the Ultimate Elongations of Rapidly
Expanding Rings and Stretching Metal Jets
611
W. H. GOURDIN
SECTION V: SHEAR LOCALIZATION
Chapter
56
On the Instability of the Uniform Shear Deformation in
Viscoplastic Materials: The Material Instability and
the Dynamic Instability
619
С
FRESSENGEAS and A. MOLINARI
Chapter
57
Reverse-Ballistic Impact Study of Shear Plug Formation and
Displacement in
TÍ6A14V
629
W. H. HOLT, W. MOCK, JR., W. G. SOPER,
С
S. COFFEY,
V. RAMACHANDRAN and R. W. ARMSTRONG
Chapter
58
Survey of Adiabatic Shear Phenomena in Armor Steels
with Perforation
637
Y. MEUNIER,
R.
ROUX
and
J.
MOUREAUD
Chapter
59
Formation of Controlled Adiabatic Shear Bands in AISI
4340
High Strength Steel
645
J. H. BEATTY, L. W. MEYER, M. A. MEYERS and
S. NEMAT-NASSER
Chapter
60
Adiabatic Shear-Band Formation in Explosives Due to Impact
657
P.
С
CHOU,
W. J.
FLIS
and K. L. KONOPATSKI
Chapter
61
A Dislocation-Microscopic Approach to Shear Band Formation in
Crystalline Solids During Shock or Impact
669
C. S.
COFFEY
Contenti
Chapter
62
Mechanical Properties in Shear at Very High Strain Rate of
AISI
316
Stainless Steel and of a Pure Iron Comparison with
Tensile Properties
681
С
ALBERTINI,
M.
MONTAGNANI,
E.
V.
PIZZINATO, A. RODIS,
S. BERLENGHI, G. BERRINI, G.
PAZIENZA
and A. PALVFFI
Chapter
63
Localized Melting During the Separation of High Strength
Tensile Samples
693
D. D.
MAKEL
and H. G. F. WILSDORF
SECTION VI: DYNAMIC FRACTURE
Chapter
64
Fragmentation Processes for High-Velocity Impacts
705
S. A.
FINNEGAN
and
J. C
SCHULZ
Chapter
65
Natural Fragmentation of Exploding Cylinders
713
D. E.
GRADY
and M. M. HIGHTOWER
Chapter
66
Rate-Dependent Modeling of Multidimensional Impact and
Post-Spall Behavior
723
/.
A. NEMES
and J. EFTIS
Chapter
67
Spall of Differently Treated High-Strength Low-Alloy Steel
733
С
N. ELIAS,
P.
R.
RIOS
and A. W. ROMERO
Chapter
68
Spaffing of Aluminum and Copper Targets by Laser Shocks
741
M.
ВОиЅЛЕ,
F.
COTTETand
Y. CHAUVEAU
Chapter
69
On Anomalous Increase of Steel Spall Strength and
Its Relationship to Martensitic Transformation
751
A.
N.
DREM1N,
A. M. MOLODETS,
A. I. MELKUMOV and
A. V. KOLESNIKOV
Chapter
70
The Influence of Shock Pre-Strain and Peak Pressure on
Spall Behavior of
4340
Steel
759
A. K. ZUREK, CH. E. FRANTZ and
G. T.
GRAY, III
Contents xvii
Chapter
71 Dynamic
Fracture (Spelling) of Some Structural Steels
769
J. BUCHAR, S.
ROLC and
J. PECHÁČEK
Chapter
72
The Dynamic Strength of Copper Single Crystals
775
G.
/.
KANEL,
S.
V. RASORENOV and V.
E. FORTOV
Chapter
73
Compression-Induced High-Strain-Rate Void Collapse
783
S.
N.
CHANG and
S. NEMAT-NASSER
SECTION
VII:
SHOCK PHENOMENA AND SUPERCONDUCTIVITY
Chapter
74
Magnetic and Electrical Properties of Shock Compacted
High-T,. Superconductors
795
S. T. WEIR, W. J. NELLIS,
C. L.
SEAMAN,
E.
A. EARLY,
M.
В.
MAPLE,
M. J.
KRAMER,
Y.
SYONO,
M.
KIKUCHI,
P.
С.
McCANDLESS and W. F. BROCIOVS
Chapter
75
Shock Treatment of High-T,. Ceramics
809
V. F. NESTERENKO
Chapter
76
Enhanced Superconducting Properties and Defects in Shock
Compacted YBa^UjO;., and Shock-Synthesized
Ћ2Ва2СиОб
Superconductors
821
Z. IQBAL,
N. N.
THADHANI, K. V. RAO and
B. L. RAMAKRISHNA
Chapter
77
Low Peak Shock Pressure Effects on Superconductivity
in Bi-rPbsSrioCajoCuuOj
831
M. A. SRIRAM, L. E.
MURR
and
С
S. MOU
Chapter
78
Thermal Recovery and Kinetic Studies of Degraded High-T,.
Superconductivity on Explosively Fabricated (Shock-Loaded)
YBasCuA and Bi7Pb3Sr,0Ca10Cu15OI
839
С
S. MOU, M. A. SRIRAM,
R. BIRUDAVOLU
and
L. E.
MURR
Contents
Chapter
79
Microstructural Modifications and Critical Current Densities of
Explosively Compacted Oxide Superconductors
847
K. TAKASHIMA, H.
TONDA,
M. NISHIDA, S. HAGINO,
M.
SUZUKI and
T. TAKESH1TA
Chapter
80
Structural Changes in Metallic and Superconducting (YBa2Cu307)
Powders Induced by Laser-Driven Shocks
857
P. DARQUEY,
J. C
KIEFFER, J.
GAUTHIER, H. PEPIN,
M. CHAKER,
В.
CHAMPAGNE, H. BALDIS and D. VILLENEUVE
Chapter
81
A
Comparison of Residual Superconductivity in Shock Processed,
Oxygen Deficient, and Irradiated Y-Ba-Cu-O
865
L. E.
MURR
SECTION
VIII:
SHOCK WAVES AND SHOCK LOADING
Chapter
82
Defect Nucleation Under Shock Loading
875
M. A. MOGILEVSKY
Chapter
83
Shock Processing Research in the People s Republic of China
887
J. DING
Chapter
84
Shock Experiments in Metals and Ceramics
899
G. T. GRAY III
Chapter
85
Novel Applications of Shock Recovery Experiments
913
L. E.
MURR
Chapter
86
Defect Structures of Shocked Tantalum
925
C. L.
WITTMAN,
R.
К.
GARRETT, JR., J. B. CLARK
and
С. М.
LOPAΉN
Chapter
87
Shock Characterization of Epoxy
- 42
Volume Percent
Glass Microballoons
935
L. J. WEIRICK
Contents
xix
Chapter
88
Dynamic Yield Strength and Spall Strength Measurements
Under Quasi-Isentropic Loading
947
L. C. CHHABILDAS and J. R. ASAY
Chapter
89
Energetics of Nanodefect Structures in Shocked Crystals
957
F. A. BANDAK,
D. H.
TSAI and
R. W.
ARMSTRONG
Chapter
90
Measurement of Residual Temperatures in Shock Loaded
Cylindrical Samples of
304
Stainless Steel
971
K. P.
STAUDHAMMER
Chapter
91
Pressure-Temperature History of Thin Films Recovered from
Mbar
Shock Pressures
981
D. J. BENSON, W. J. NELLIS, andJ. A. MORIARTY
Chapter
92
Numerical Simulation of a Sample Recovery Fixture for
High Velocity Impact
989
F. R. NORWOOD and R. A. GRAHAM
Chapter
93
Phase Transition and Hugoniot Data in Shock Loaded Bismuth
997
R. DORMEVAL, J. PERRAUD and
С
REMIOT
Chapter
94
The Prescribed Minimum of Impacted Point Velocity in
Multilayer Explosive Welding of Amorphous Foils
1005
KAI
ZHANG
SECTION IX: SHOCK AND DYNAMIC PHENOMENA IN CERAMICS
Chapter
95
Crack Behavior and Dynamic Response of Alumina Under
Impact Loading
1013
H.
SENF
and H.
ROTHENHÃUSLER
Chapter
96
Response of Shock-Loaded AIN Ceramics Determined with
In-Material
Manganin
Gauges
1023
Л .
S.
BRAK,
S. J.
BLESS and
Z.
ROSENBERG
Contents
Chapter
97
Response of Alpha-Aluminum Oxide to Shock Impact
1031
Y. WANG
andD.
E. MIKKOLA
Chapter
98
Dynamic Fracture and Failure Mechanisms of Ceramic Bars
1041
N.
S. BRAR and S. J. BLESS
Chapter
99
Ballistic Impact Behavior of SIC Reinforced Aluminum Alloy
Matrix Composites
1051
S. J. BLESS, D. L. JURICK, S. P. TIMOTHY and
M. A. REYNOLDS
Chapter
100
Extent of Damage Induced in Titanium Diboride Under
Shock Loading
1059
D. P. DANDEKAR and P. J. GAETA
Chapter
101
High-Strain-Rate Characterization of Ceramics in Shear
1069
A. G1LAT and M. K. CHENGALVA
Chapter
102
A Computational Constitutive Model for Brittle Materials
Subjected to Large Strains, High Strain Rates, and
High Pressures
1075
G. R. JOHNSON and T. J.
HOLMQUIST
Chapter
103
Planar-Shock and Penetration Response of Ceramics
1083
M. E.
KIPP,
D.
E.
GRADY
and
J. L.
WISE
Chapter
104
High-Strain-Rate Compression and Fracture of B^-Aluminum
Cermets
1093
W. R.
BLUMENTHAL
Chapter
105
Dynamic Response of Magnesia Partially Stabilized Zirconia
1101
S.
N.
CHANG, S. NEMAT-NASSER, A. NOHARA and
W. P. ROGERS
SECTION X: EXPLOSIVE WELDING AND METAL WORKING
Chapter
106
Equipment for Localization of Explosion
1113
A. A. DER1BAS
Contents
Chapter
107
Effect of Experimental Parameters on the Size of Wavy Interface
in Multilayered Material Made By Single-Shot Explosive
Bonding Technique
1121
K. HOKAMOTO, M. FUJITA,
A. CHIBA
and M. YAMAMORI
Chapter
108
Laser-Driven Miniature Plates for One-Dimensional Impacts
at
0.5 -
Ї»
6
Km/s
1131
D. L. PAISLEY
Chapter
109
Vibrational Mechanisms in Explosive Welding
1143
N.
NAUMOVICH and T. NAUMOVICH
Author Index
1151
Subject Index
1155
Author Index
Advani, A.
Ahrcns, T. J.
Akashi, T.
Albertini, C.
Anderson, C. E.
Andrade,
U.
Armstrong,
R W.
Asay,
J. R.
Baldis,
H.
Ballard,
P.
Bandák,
F. A.
Beatty,
J. H.
Benson,
D. J.
Bensussan, P.
Berlenghi, S.
Berrini, G.
Berveiller, M.
Bienvenu, Y.
Binghuang, S.
Birudavolu, R.
Bless,
S. J.
Blumenthal,
W. R.
Bond, G. M.
Boogerd, P.
Bose,
A.
Boslough, M B.
Boustíe,
M.
Brar,
N.
S.
Brocious, W. F.
Brylyakov, P. M.
Buchar, J.
Burgahn, F.
Chaker,
M.
Champagne,
В.
Chang,
S.
N.
Chartagnac, P.
Chauveau, Y.
Chengalva, M. K.
Chhabildas,
L. C
Chiba,
A.
Chiem,
C. Y.
Chikhradze,
N.
Chokshi, A. H.
Chou, P. C.
271
Clark, J. B.
925
339
Coates, R.
S.
203
233
Coffey,
C. S.
629,669
681
Cottet, F.
741
137
529
Couque,
H.
137
629, 957
Dandekar, D.
1059
947
Darquey,
P.
857
Deribas, A,
Α.
ШЗ
857
Ding, J.
887
1151
Dormeval, R.
997
957
Dremin, A. N.
751
529, 645
Dudzinski, D.
193
981
Dumont, C.
181
161,433
Dunbar, E.
271
Ool
681
Barly, E. A.
795
161
Eftis, J.
723
433
El
Majdoubi, M.
193
473
Elias,
C. N.
565,733
839
Elliott,
N. E.
371
041, 1051
1093
Fabbro,
R.
1151
339
Feng,
C.
573
443
Ferreira,
A.
361
137
Finnegan, S. A.
705
253
Fisher,
W. W.
521
741
Flis
,
W.
J.
657
1041
Fournier,
J.
1151
795
Frantz,
C. E.
759
483
Fresscngeas,
С.
619
769
Fujita, M.
415, 1121
171
Gabelotaud, S.
161
857
Gaeta, P. J.
1059
857
Garren,
Jr.,
R. K.
925
783,1101
Gauthier, J.
857
433
Gilat, A.
1069
741
Gotsiridze, G.
223, 463
1069
Gourdin, W. H.
597,611
947
Grace,
F. L
493
415, 1121
Grady,
D. E.
713, 1083
69
Graham, R. A.
271, 989
223, 463
Gray,
ΙΠ,
G.T.
117,587,759,899
529
Grebe, A.
271
657
Gurevitch, A.
521
1151
ì
152
Author
Index
Hagino, S.
847
Mogilevsky, M.A.
875
Harding, J.
21
Molinari, A.
619
Hightower,
M. M.
713
Molinari,A.
193
Hokamoto, K.
453, 1121
Molodets, A. M.
751
Hoke, D.
261
Montagnani, M.
681
Holmquist,
T. J.
1075
Moureaud, J.
637
Holt,
W.
H.
629
Murr,
L. E.
521, 831, 839,
Horie, Y.
233, 323, 353
865, 913
Mutz,
A. H.
425
Imamura,
К.
415
Iqbal,
Z.
821
Naumovich, N.
1143
Naumovich, T.
1143
Japaridze,
L.
223, 463
Nellis, W. J.
795, 981
Johnson, G. R.
1075
Nemat-Nasser, S.
3,645,783,1101
Jurick,
D. L.
1051
Nemes,
J. A.
723
Nesterenko, V. F.
809
Kecskés,
L. J.
293
Nguy, C.
161
Kieffer,
J. C.
857
Niessen, P.
87
Kikuchi, M.
795
Niiler, A.
261, 293
Юрр,
M.
E.
1083
Niou, C. S.
831, 839
Klepaczko,
J. R.
147
Nishida, M.
415
Klobayashi, A.
97
Nishida, M.
847
Kolesnikov, A. V.
751
Nohara, A.
1101
Konopatski, K. L.
657
Norwood,
F. R.
989
Korth, G. E.
283
Kottke, T.
293
Paisley,
D. L.
1131
Kramer,
M. J.
795
Paluffi, A.
681
Krause,
C. D.
555
Pazienza,
G.
681
Kraeger, B. R.
245
Pechacek, J.
769
Kunishige, H.
353
Peikrishvili, A.
223, 463
Kunze, H.-D.
127
Pepin,
H.
857
Perraud, J.
997
Lankford, J.
137
Petrov, E. A.
483
LaSalvia, J.
Lassila,
D. H.
261
543, 587
Pick,
R. J.
Pizzdnato, E. V.
87
681
LeBlanc, M.
587
Levaillant, C.
181
Qiang, N.
87
Iipinsky, P.
liu, G.
161
339
Rabin,
B. H.
283
Lopatin, C. M.
Lo
wry,
L.
925
503
Raftenberg, M. N.
Ramachandran, V.
Ramakrishna, B L.
555
629
821
Ramesh, K. T.
203
Macherauch,
E.
171
Rao,
K. V.
821
Makel,
D. D.
693
Reinders, B.-O.
127
Mandlin, P. J.
213
Remiot, C.
997
Maple,
M. B.
795
Reynolds, M. A.
1051
Mayer,
G.
35
Rhodes,
C. G.
383
McCandless, P. C.
795
Rios,
P. R.
733
Melkumov, A.
I.
751
Rodis, A.
681
Meunier,
Y.
637
Rogers,
W. P.
1101
Meyer,
L. W.
49, 261, 529, 645
Role, S.
769
Meyers,
M. A.
261, 303, 361,
Romain,
J. P.
407
393, 453, 529, 645
Romero, A. W.
733
Mitchell,
M. R.
383
Rothenhaiisler, H.
1013
Mock, Jr.,
W.
629
Roux,
R.
637
Authur Index
Sakovitch, G.V.
483
Van der Steen,
A.C.
443
Sawaoka,
А. В.
233, 323, 353
Varma,
S. K.
521
Schifferl, S. K.
213
Vassiliou, M. S.
383
Schulz,
J. C
705
Vecchio,
K. S.
529
Seaman, C. L.
795
Vohringer, O.
171
Sekine, T.
311
Viana, C.S.da Costa
565
Senf, H.
1013
Villeneuve, D.
857
Shang, S.-S.
393, 453
Vreeland,
Jr.,
T.
245, 425
Simonsen,
I.
233
Sizek, H. W.
117
Wcir, S. T.
795
Song,
I.
271
Weirick, L. J.
935
Soper, W. G.
629
Williamson,
R. L.
283
Sriram, M. A.
831, 839
Wilsdorf, H. G. F.
693
Staskewitsch, E.
107
Wise,
J. L.
1083
Staudhammer, K.P.
371,971
Wittman, C. L.
925
Stiebler, K.
107
Worsik,
U. J.
87
Suzuki, M.
847
Syono, Y.
795
XiaoHn, W.
473
Takashima, K.
847
Takeda, N.
97
Yamamori, M.
1121
Takeshita, T.
847
Yang,
W.
339
Thadhani, N. N.
271, 821
Yu, L. H.
303, 453
Thiagarajan, S.
521
Thomas, T.
433
Zagouri, D.
407
Timothy, S. P.
1051
Zernow, L.
503
Tomoshige, R.
415
Zhang,
K.
1005
Tonda,
H.
847
Zhiyue, L.
473
Tsai,
D. H.
957
Zurek, A. K.
759
|
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| genre | (DE-588)1071861417 Konferenzschrift 1990 San Diego Calif. gnd-content |
| genre_facet | Konferenzschrift 1990 San Diego Calif. |
| id | DE-604.BV005484677 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T16:30:20Z |
| institution | BVB |
| isbn | 0824785797 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-003433631 |
| oclc_num | 25282317 |
| open_access_boolean | |
| owner | DE-91 DE-BY-TUM DE-703 |
| owner_facet | DE-91 DE-BY-TUM DE-703 |
| physical | XXI, 1159 S. Ill., graph. Darst. |
| publishDate | 1992 |
| publishDateSearch | 1992 |
| publishDateSort | 1992 |
| publisher | Dekker |
| record_format | marc |
| series | Mechanical engineering |
| series2 | Mechanical engineering |
| spelling | Shock wave and high strain rate phenomena in materials ed. by Marc A. Meyers ... New York u.a. Dekker 1992 XXI, 1159 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Mechanical engineering 77 Literaturangaben Choc (mécanique) ram Déformations (mécanique) ram Ondes de choc ram Deformations (Mechanics) Shock (Mechanics) Hochgeschwindigkeitsdeformation (DE-588)4242864-6 gnd rswk-swf Werkstoff (DE-588)4065579-9 gnd rswk-swf Stoßwelle (DE-588)4057760-0 gnd rswk-swf Deformation (DE-588)4070262-5 gnd rswk-swf (DE-588)1071861417 Konferenzschrift 1990 San Diego Calif. gnd-content Deformation (DE-588)4070262-5 s DE-604 Hochgeschwindigkeitsdeformation (DE-588)4242864-6 s Werkstoff (DE-588)4065579-9 s Stoßwelle (DE-588)4057760-0 s Meyers, Marc A. 1946- Sonstige (DE-588)153805072 oth Mechanical engineering 77 (DE-604)BV001900049 77 Digitalisierung TU Muenchen application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003433631&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Shock wave and high strain rate phenomena in materials Mechanical engineering Choc (mécanique) ram Déformations (mécanique) ram Ondes de choc ram Deformations (Mechanics) Shock (Mechanics) Hochgeschwindigkeitsdeformation (DE-588)4242864-6 gnd Werkstoff (DE-588)4065579-9 gnd Stoßwelle (DE-588)4057760-0 gnd Deformation (DE-588)4070262-5 gnd |
| subject_GND | (DE-588)4242864-6 (DE-588)4065579-9 (DE-588)4057760-0 (DE-588)4070262-5 (DE-588)1071861417 |
| title | Shock wave and high strain rate phenomena in materials |
| title_auth | Shock wave and high strain rate phenomena in materials |
| title_exact_search | Shock wave and high strain rate phenomena in materials |
| title_full | Shock wave and high strain rate phenomena in materials ed. by Marc A. Meyers ... |
| title_fullStr | Shock wave and high strain rate phenomena in materials ed. by Marc A. Meyers ... |
| title_full_unstemmed | Shock wave and high strain rate phenomena in materials ed. by Marc A. Meyers ... |
| title_short | Shock wave and high strain rate phenomena in materials |
| title_sort | shock wave and high strain rate phenomena in materials |
| topic | Choc (mécanique) ram Déformations (mécanique) ram Ondes de choc ram Deformations (Mechanics) Shock (Mechanics) Hochgeschwindigkeitsdeformation (DE-588)4242864-6 gnd Werkstoff (DE-588)4065579-9 gnd Stoßwelle (DE-588)4057760-0 gnd Deformation (DE-588)4070262-5 gnd |
| topic_facet | Choc (mécanique) Déformations (mécanique) Ondes de choc Deformations (Mechanics) Shock (Mechanics) Hochgeschwindigkeitsdeformation Werkstoff Stoßwelle Deformation Konferenzschrift 1990 San Diego Calif. |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003433631&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| volume_link | (DE-604)BV001900049 |
| work_keys_str_mv | AT meyersmarca shockwaveandhighstrainratephenomenainmaterials |