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Results: 1-11 |
Results: 11
IN-SITU SEM MEASUREMENTS OF CRACK-TIP DISPLACEMENTS IN COMPOSITE LAMINATES TO DETERMINE LOCAL-G IN MODE-I AND MODE-II
Authors: POURSARTIP A GAMBONE A FERGUSON S FERNLUND G
Citation: A. Poursartip et al., IN-SITU SEM MEASUREMENTS OF CRACK-TIP DISPLACEMENTS IN COMPOSITE LAMINATES TO DETERMINE LOCAL-G IN MODE-I AND MODE-II, Engineering fracture mechanics, 60(2), 1998, pp. 173-185
MIXED-MODE-II MIXED-MODE-III FRACTURE OF ADHESIVE JOINTS
Authors: FERNLUND G LANTING H SPELT JK
Citation: G. Fernlund et al., MIXED-MODE-II MIXED-MODE-III FRACTURE OF ADHESIVE JOINTS, Journal of composites technology & research, 17(4), 1995, pp. 317-330
MODE-I FRACTURE LOAD PREDICTIONS OF ADHESIVE T-JOINTS
Authors: FERNLUND G CHAAYA R SPELT JK
Citation: G. Fernlund et al., MODE-I FRACTURE LOAD PREDICTIONS OF ADHESIVE T-JOINTS, The Journal of adhesion, 50(2-3), 1995, pp. 181-190
MIXED-MODE ENERGY-RELEASE RATES FOR ADHESIVELY BONDED BEAM SPECIMENS
Authors: FERNLUND G SPELT JK
Citation: G. Fernlund et Jk. Spelt, MIXED-MODE ENERGY-RELEASE RATES FOR ADHESIVELY BONDED BEAM SPECIMENS, Journal of composites technology & research, 16(3), 1994, pp. 234-243
EFFECT OF CRACK-GROWTH MECHANISM ON THE PREDICTION OF FRACTURE LOAD OF ADHESIVE JOINTS
Authors: PAPINI M FERNLUND G SPELT JK
Citation: M. Papini et al., EFFECT OF CRACK-GROWTH MECHANISM ON THE PREDICTION OF FRACTURE LOAD OF ADHESIVE JOINTS, Composites science and technology, 52(4), 1994, pp. 561-570
FRACTURE LOAD PREDICTIONS FOR ADHESIVE JOINTS
Authors: FERNLUND G PAPINI M MCCAMMOND D SPELT JK
Citation: G. Fernlund et al., FRACTURE LOAD PREDICTIONS FOR ADHESIVE JOINTS, Composites science and technology, 51(4), 1994, pp. 587-600
MIXED-MODE FRACTURE CHARACTERIZATION OF ADHESIVE JOINTS
Authors: FERNLUND G SPELT JK
Citation: G. Fernlund et Jk. Spelt, MIXED-MODE FRACTURE CHARACTERIZATION OF ADHESIVE JOINTS, Composites science and technology, 50(4), 1994, pp. 441-449
CURVILINEAR FORMULATION OF THE 3-D J INTEGRAL - APPLICATION TO DELAMINATION CRACKING OF CURVED LAMINATES
Authors: FERNLUND G MCCAMMOND D SPELT JK
Citation: G. Fernlund et al., CURVILINEAR FORMULATION OF THE 3-D J INTEGRAL - APPLICATION TO DELAMINATION CRACKING OF CURVED LAMINATES, Composite structures, 28(2), 1994, pp. 123-130
THE EFFECT OF GEOMETRY ON THE FRACTURE OF ADHESIVE JOINTS
Authors: PAPINI M FERNLUND G SPELT JK
Citation: M. Papini et al., THE EFFECT OF GEOMETRY ON THE FRACTURE OF ADHESIVE JOINTS, International journal of adhesion and adhesives, 14(1), 1994, pp. 5-13
FAILURE LOAD PREDICTION OF STRUCTURAL ADHESIVE JOINTS .1. ANALYTICAL METHOD
Authors: FERNLUND G SPELT JK
Citation: G. Fernlund et Jk. Spelt, FAILURE LOAD PREDICTION OF STRUCTURAL ADHESIVE JOINTS .1. ANALYTICAL METHOD, International journal of adhesion and adhesives, 11(4), 1991, pp. 213-220
FAILURE LOAD PREDICTION OF STRUCTURAL ADHESIVE JOINTS .2. EXPERIMENTAL-STUDY
Authors: FERNLUND G SPELT JK
Citation: G. Fernlund et Jk. Spelt, FAILURE LOAD PREDICTION OF STRUCTURAL ADHESIVE JOINTS .2. EXPERIMENTAL-STUDY, International journal of adhesion and adhesives, 11(4), 1991, pp. 221-227
Risultati: 1-11 |