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Results: 4
DAMAGE IN MARINE COMPOSITES CAUSED BY SHOCK LOADING
Authors: DYKA CT BADALIANCE R
Citation: Ct. Dyka et R. Badaliance, DAMAGE IN MARINE COMPOSITES CAUSED BY SHOCK LOADING, Composites science and technology, 58(9), 1998, pp. 1433-1442
CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .1. BASIC SCHEME AND FORMULATION
Authors: MAST PW NASH GE MICHOPOULOS JG THOMAS R BADALIANCE R WOLOCK I
Citation: Pw. Mast et al., CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .1. BASIC SCHEME AND FORMULATION, Theoretical and applied fracture mechanics, 22(2), 1995, pp. 71-96
CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .2. COMPOSITE SPECIMENS AND NAVAL STRUCTURES
Authors: MAST PW NASH GE MICHOPOULOS JG THOMAS R BADALIANCE R WOLOCK I
Citation: Pw. Mast et al., CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .2. COMPOSITE SPECIMENS AND NAVAL STRUCTURES, Theoretical and applied fracture mechanics, 22(2), 1995, pp. 97-114
CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .3. GENERAL MATERIAL CONSTITUTIVE RELATION
Authors: MAST PW NASH GE MICHOPOULOS JG THOMAS R BADALIANCE R WOLOCK I
Citation: Pw. Mast et al., CHARACTERIZATION OF STRAIN-INDUCED DAMAGE IN COMPOSITES BASED ON THE DISSIPATED ENERGY DENSITY .3. GENERAL MATERIAL CONSTITUTIVE RELATION, Theoretical and applied fracture mechanics, 22(2), 1995, pp. 115-125
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