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Results: 1-17 |
Results: 17
AN ANALYTICAL STUDY OF VOID GROWTH IN VISCOPLASTIC SOLIDS
Authors: MOHAN R BRUST FW
Citation: R. Mohan et Fw. Brust, AN ANALYTICAL STUDY OF VOID GROWTH IN VISCOPLASTIC SOLIDS, Fatigue & fracture of engineering materials & structures, 21(5), 1998, pp. 569-581
CRACK-OPENING-AREA ANALYSES FOR CIRCUMFERENTIAL THROUGH-WALL CRACKS IN PIPES - PART I - ANALYTICAL MODELS
Authors: RAHMAN S BRUST FW GHADIALI N WILKOWSKI GM
Citation: S. Rahman et al., CRACK-OPENING-AREA ANALYSES FOR CIRCUMFERENTIAL THROUGH-WALL CRACKS IN PIPES - PART I - ANALYTICAL MODELS, International journal of pressure vessels and piping, 75(5), 1998, pp. 357-373
CRACK-OPENING-AREA ANALYSES FOR CIRCUMFERENTIAL THROUGH-WALL CRACKS IN PIPES - PART II - MODEL VALIDATIONS
Authors: RAHMAN S BRUST FW GHADIALI N WILKOWSKI GM
Citation: S. Rahman et al., CRACK-OPENING-AREA ANALYSES FOR CIRCUMFERENTIAL THROUGH-WALL CRACKS IN PIPES - PART II - MODEL VALIDATIONS, International journal of pressure vessels and piping, 75(5), 1998, pp. 375-396
J-ESTIMATION SCHEMES FOR INTERNAL CIRCUMFERENTIAL AND AXIAL SURFACE CRACKS IN PIPE ELBOWS
Authors: MOHAN R KRISHNA A BRUST FW WILKOWSKI GM
Citation: R. Mohan et al., J-ESTIMATION SCHEMES FOR INTERNAL CIRCUMFERENTIAL AND AXIAL SURFACE CRACKS IN PIPE ELBOWS, Journal of pressure vessel technology, 120(4), 1998, pp. 418-423
APPROXIMATE METHODS FOR PREDICTING J-INTEGRAL OF A CIRCUMFERENTIALLY SURFACE-CRACKED PIPE SUBJECT TO BENDING
Authors: RAHMAN S BRUST FW
Citation: S. Rahman et Fw. Brust, APPROXIMATE METHODS FOR PREDICTING J-INTEGRAL OF A CIRCUMFERENTIALLY SURFACE-CRACKED PIPE SUBJECT TO BENDING, International journal of fracture, 85(2), 1997, pp. 111-130
THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .3. COMPUTATIONAL PREDICTIONS OF THE NIST MULTIPLE-SITE DAMAGE EXPERIMENTAL RESULTS
Authors: WANG L BRUST FW ATLURI SN
Citation: L. Wang et al., THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .3. COMPUTATIONAL PREDICTIONS OF THE NIST MULTIPLE-SITE DAMAGE EXPERIMENTAL RESULTS, Computational mechanics, 20(3), 1997, pp. 199-212
THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .1. EPFEAM THEORY
Authors: WANG L BRUST FW ATLURI SN
Citation: L. Wang et al., THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .1. EPFEAM THEORY, Computational mechanics, 19(5), 1997, pp. 356-369
THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .2. FRACTURE AND THE T-ASTERISK-INTEGRAL PARAMETER
Authors: WANG L BRUST FW ATLURI SN
Citation: L. Wang et al., THE ELASTIC-PLASTIC FINITE-ELEMENT ALTERNATING METHOD (EPFEAM) AND THE PREDICTION OF FRACTURE UNDER WFD CONDITIONS IN AIRCRAFT STRUCTURES .2. FRACTURE AND THE T-ASTERISK-INTEGRAL PARAMETER, Computational mechanics, 19(5), 1997, pp. 370-379
ELASTIC-PLASTIC ANALYSIS OF SMALL CRACKS IN TUBES
Authors: BRUST FW RAHMAN S GHADIALI ND
Citation: Fw. Brust et al., ELASTIC-PLASTIC ANALYSIS OF SMALL CRACKS IN TUBES, Journal of offshore mechanics and Arctic engineering, 117(1), 1995, pp. 57-62
A FINITE-ELEMENT ALGORITHM TO STUDY CREEP CRACKS BASED ON THE CREEP HARDENING SURFACE
Authors: KRISHNASWAMY P BRUST FW GHADIALI ND
Citation: P. Krishnaswamy et al., A FINITE-ELEMENT ALGORITHM TO STUDY CREEP CRACKS BASED ON THE CREEP HARDENING SURFACE, International journal for numerical methods in engineering, 38(6), 1995, pp. 969-987
INVESTIGATIONS OF HIGH-TEMPERATURE DEFORMATION AND CRACK-GROWTH UNDERVARIABLE LOAD HISTORIES
Authors: BRUST FW
Citation: Fw. Brust, INVESTIGATIONS OF HIGH-TEMPERATURE DEFORMATION AND CRACK-GROWTH UNDERVARIABLE LOAD HISTORIES, International journal of solids and structures, 32(15), 1995, pp. 2191
APPROXIMATE METHODS FOR FRACTURE-ANALYSIS OF TUBULAR MEMBERS SUBJECTED TO COMBINED TENSILE AND BENDING LOADS
Authors: BRUST FW GILLES P
Citation: Fw. Brust et P. Gilles, APPROXIMATE METHODS FOR FRACTURE-ANALYSIS OF TUBULAR MEMBERS SUBJECTED TO COMBINED TENSILE AND BENDING LOADS, Journal of offshore mechanics and Arctic engineering, 116(4), 1994, pp. 221-227
LOAD HISTORY EFFECTS ON CREEP CRACK-GROWTH
Authors: BRUST FW MAJUMDAR BS
Citation: Fw. Brust et Bs. Majumdar, LOAD HISTORY EFFECTS ON CREEP CRACK-GROWTH, Engineering fracture mechanics, 49(6), 1994, pp. 809-837
FINITE-ELEMENT ANALYSIS OF HISTORY-DEPENDENT DAMAGE IN TIME-DEPENDENTFRACTURE-MECHANICS
Authors: KRISHNASWAMY P BRUST FW GHADIALI ND
Citation: P. Krishnaswamy et al., FINITE-ELEMENT ANALYSIS OF HISTORY-DEPENDENT DAMAGE IN TIME-DEPENDENTFRACTURE-MECHANICS, Journal of pressure vessel technology, 115(4), 1993, pp. 339-347
COMPARISONS BETWEEN FINITE-ELEMENT ANALYSIS PREDICTIONS AND PIPE FRACTURE EXPERIMENTS
Authors: BRUST FW AHMAD J BRICKSTAD B FAIDY C GILLES P
Citation: Fw. Brust et al., COMPARISONS BETWEEN FINITE-ELEMENT ANALYSIS PREDICTIONS AND PIPE FRACTURE EXPERIMENTS, Nuclear Engineering and Design, 143(2-3), 1993, pp. 201-215
VALIDATION OF ROOM-TEMPERATURE PRIMARY CREEP CRACK-GROWTH ANALYSIS FOR SURFACE-CRACKED PIPES
Authors: LEIS BN BRUST FW
Citation: Bn. Leis et Fw. Brust, VALIDATION OF ROOM-TEMPERATURE PRIMARY CREEP CRACK-GROWTH ANALYSIS FOR SURFACE-CRACKED PIPES, Nuclear Engineering and Design, 142(1), 1993, pp. 69-75
MIXED-MODE STRESS INTENSITY FACTORS FOR INTERACTING SEMIELLIPTIC SURFACE CRACKS IN A PLATE
Authors: STONESIFER RB BRUST FW LEIS BN
Citation: Rb. Stonesifer et al., MIXED-MODE STRESS INTENSITY FACTORS FOR INTERACTING SEMIELLIPTIC SURFACE CRACKS IN A PLATE, Engineering fracture mechanics, 45(3), 1993, pp. 357-380
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