Results: 1-12 |
Results: 12
STRESSES AND FAILURE PATTERNS IN THE BENDING OF SANDWICH BEAMS WITH TRANSVERSELY FLEXIBLE CORES AND LAMINATED COMPOSITE SKINS
Authors: SHENHAR Y FROSTIG Y ALTUS E
Citation: Y. Shenhar et al., STRESSES AND FAILURE PATTERNS IN THE BENDING OF SANDWICH BEAMS WITH TRANSVERSELY FLEXIBLE CORES AND LAMINATED COMPOSITE SKINS, Composite structures, 35(2), 1996, pp. 143-152
STRESS CALCULATION ERROR ANALYSIS FOR INCREMENTAL HOLE-DRILLING RESIDUAL-STRESS MEASUREMENTS
Authors: SCHAJER GS ALTUS E
Citation: Gs. Schajer et E. Altus, STRESS CALCULATION ERROR ANALYSIS FOR INCREMENTAL HOLE-DRILLING RESIDUAL-STRESS MEASUREMENTS, Journal of engineering materials and technology, 118(1), 1996, pp. 120-126
MECHANICAL PERFORMANCE OF THIN-WALLED TUBULAR COMPOSITE ELEMENTS UNDER UNIAXIAL LOADING .1. TENSILE BEHAVIOR
Authors: LEVI H ISHAI O ALTUS E SHEINMAN I
Citation: H. Levi et al., MECHANICAL PERFORMANCE OF THIN-WALLED TUBULAR COMPOSITE ELEMENTS UNDER UNIAXIAL LOADING .1. TENSILE BEHAVIOR, Composite structures, 31(2), 1995, pp. 163-170
MECHANICAL PERFORMANCE OF THIN-WALLED TUBULAR COMPOSITE ELEMENTS UNDER UNIAXIAL LOADING .2. COMPRESSIVE BEHAVIOR
Authors: ISHAI O LEVI H ALTUS E SHEINMAN I
Citation: O. Ishai et al., MECHANICAL PERFORMANCE OF THIN-WALLED TUBULAR COMPOSITE ELEMENTS UNDER UNIAXIAL LOADING .2. COMPRESSIVE BEHAVIOR, Composite structures, 31(2), 1995, pp. 171-175
EFFECT OF STATIC-MODE ON FATIGUE-CRACK GROWTH BY A UNIFIED MICROMECHANIC MODEL
Authors: KHEN R ALTUS E
Citation: R. Khen et E. Altus, EFFECT OF STATIC-MODE ON FATIGUE-CRACK GROWTH BY A UNIFIED MICROMECHANIC MODEL, Mechanics of materials, 21(3), 1995, pp. 169-189
A 2-DIMENSIONAL MICROMECHANIC FATIGUE MODEL
Authors: ALTUS E HERSZAGE A
Citation: E. Altus et A. Herszage, A 2-DIMENSIONAL MICROMECHANIC FATIGUE MODEL, Mechanics of materials, 20(3), 1995, pp. 209-223
MICRO-MACRO RELATIONS FOR FATIGUE-CRACK GROWTH
Authors: KHEN R ALTUS E
Citation: R. Khen et E. Altus, MICRO-MACRO RELATIONS FOR FATIGUE-CRACK GROWTH, Mechanics of materials, 19(2-3), 1995, pp. 89-101
BUCKLING OF MULTIPLY DELAMINATED BEAMS
Authors: ADAN M SHEINMAN I ALTUS E
Citation: M. Adan et al., BUCKLING OF MULTIPLY DELAMINATED BEAMS, Journal of composite materials, 28(1), 1994, pp. 77-90
POSTBUCKLING BEHAVIOR OF BEAMS UNDER CONTACT CONSTRAINTS
Authors: ADAN N SHEINMAN I ALTUS E
Citation: N. Adan et al., POSTBUCKLING BEHAVIOR OF BEAMS UNDER CONTACT CONSTRAINTS, Journal of applied mechanics, 61(4), 1994, pp. 764-772
FATIGUE OF HYBRID COMPOSITES BY A COHESIVE MICROMECHANIC MODEL
Authors: ALTUS E BERGERSON E
Citation: E. Altus et E. Bergerson, FATIGUE OF HYBRID COMPOSITES BY A COHESIVE MICROMECHANIC MODEL, Mechanics of materials, 12(3-4), 1991, pp. 219-228
A COHESIVE MICROMECHANIC FATIGUE MODEL .1. BASIC MECHANISMS
Authors: ALTUS E
Citation: E. Altus, A COHESIVE MICROMECHANIC FATIGUE MODEL .1. BASIC MECHANISMS, Mechanics of materials, 11(4), 1991, pp. 271-280
A COHESIVE MICROMECHANIC FATIGUE MODEL .2. FATIGUE CREEP INTERACTION AND GOODMAN DIAGRAM
Authors: ALTUS E
Citation: E. Altus, A COHESIVE MICROMECHANIC FATIGUE MODEL .2. FATIGUE CREEP INTERACTION AND GOODMAN DIAGRAM, Mechanics of materials, 11(4), 1991, pp. 281-293
Risultati: 1-12 |