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GENERALIZATION OF SPLIT HOPKINSON BAR TECHNIQUE TO USE VISCOELASTIC BARS - REPLY
Authors: WANG LL LABIBES K AZARI Z PLUVINAGE G
Citation: Ll. Wang et al., GENERALIZATION OF SPLIT HOPKINSON BAR TECHNIQUE TO USE VISCOELASTIC BARS - REPLY, International journal of impact engineering, 16(3), 1995, pp. 530-531
GENERALIZATION OF SPLIT HOPKINSON BAR TECHNIQUE TO USE VISCOELASTIC BARS
Authors: WANG LL LABIBES K AZARI Z PLUVINAGE G
Citation: Ll. Wang et al., GENERALIZATION OF SPLIT HOPKINSON BAR TECHNIQUE TO USE VISCOELASTIC BARS, International journal of impact engineering, 15(5), 1994, pp. 669-686
SPECIFIC ASPECTS OF BIAXIAL LOW-CYCLE FATIGUE ON AN HEXAGONAL, STRUCTURE MATERIAL - A MAGNESIUM-LITHIUM ALLOY
Authors: BENTACHFINE S PLUVINAGE G AZARI Z
Citation: S. Bentachfine et al., SPECIFIC ASPECTS OF BIAXIAL LOW-CYCLE FATIGUE ON AN HEXAGONAL, STRUCTURE MATERIAL - A MAGNESIUM-LITHIUM ALLOY, Annales de chimie, 19(7-8), 1994, pp. 355-362
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