| ||Format||Pages||Price|| |
|PDF (15M)||$275||  ADD TO CART|
|Hardcopy (shipping and handling)||$275||  ADD TO CART|
|Hardcopy + PDF Bundle - Save 25%
(shipping and handling)
|$412.50||  ADD TO CART|
The latest volume in this ongoing series provides thirty-eight peer-reviewed papers that examine the latest worldwide research related to fatigue and fracture.
The first paper, authored by Massachusetts Institute of Technology Professor Emeritus Frank McClintock, provides a description of slip-line fracture mechanics (SLFM) and its application to fracture problems. SLFM is expected to fill some of the gap for materials/conditions where J-integral no longer applies (too much ductility and/or too much crack growth) and plastic collapse.
The remaining papers are broadly grouped into the following categories:
Practical Applications--describes and discusses the damage caused by the Northridge earthquake. It also covers the use of fracture mechanics based techniques developed in Europe to predict structural integrity, the effects of hydrogen or fatigue on sub-critical crack growth, and material selection based on structural performance. This section includes specific examples of structural problems.
Constraint Effects and Fracture of Welds--explores the effects of constraint, including crack-front stress fields, plane-strain fracture toughness/constraint to predict the applied stress-intensity factor/constraint, the location around the perimeter where crack growth initiation will occur, and T-stress in analyses of fracture toughness data. This section also examines welds, including the role of localized plasticity and crack-tip constraint in under matched welds, cleavage fracture in welds, fabrication history relative to weld fracture and durability, and creep-crack growth.
Fatigue--covers the uncertainty of fatigue crack growth rates and the applied stress-intensity factor ranges, load interactions on the growth of small cracks, mean stress effects on fatigue crack growth rates, the fatigue crack growth mechanisms in alumina at high temperatures, frequency effects, non-planar crack growth, and corrosion fatigue.
Assorted Topics--discusses aspects of crack closure, problems related to the ductile-brittle transition zone, decohesion and crack initiation, crack arrest toughness in ferritic steels, cracks with multiple kinks, and an innovative method for measuring fracture toughness.
A Structural Integrity Procedure Arising from the SINTAP Project
Bannister A., Webster S.
Failure Beneath Cannon Thermal Barrier Coatings by Hydrogen Cracking; Mechanisms and Modeling
Troiano E., Underwood J., Vigilante G.
Experiences and Modeling of Hydrogen Cracking in a Thick-Walled Pressure Vessel
Troiano E., Underwood J., Vigilante G.
High Cycle Fatigue Threshold in the Presence of Naturally Initiated Small Surface Cracks
Hillberry B., Moshier M., Nicholas T.
Effects of Thermomechanical Fatigue Loading on Damage Evolution and Lifetime of a Coated Super Alloy
Bartsch M., Mull K., Sick C.
A Hybrid Approach for Subsurface Crack Analyses in Railway Wheels under Rolling Contact Loads
Guagliano M., Sangirardi M., Vergani L.
Cell Model Predictions of Ductile Fracture in Damaged Pipelines
Hippert E., Ruggieri C.
Constraint Effect on 3-D Crack-Front Stress Fields in Elastic-Plastic Thin Plates
Chao Y., Kim Y., Lam P., Zhu X.
Analysis of Brittle Fracture in Surface-Cracked Plates Using Constraint-Corrected Stress Fields
Newman J., Reuter W., Wang Y.
Analytical and Experimental Study of Fracture in Bend Specimens Subjected to Local Compression
Hill M., Meith W., Panontin T.
Application of Uncertainty Methodologies to Measured Fatigue Crack Growth Rates and Stress Intensity Factor Ranges
Blandford R., Daniewicz S., Steele W.
Mean Stress Effects on the High Cycle Fatigue Limit Stress in Ti-6Al-4V
Maxwell D., Nicholas T.
Experiments and Analysis of Mean Stress Effects on Fatigue for SAE1045 Steels
Bonnen J., Chernenkoff R., Chu C.
Fatigue Crack Growth Mechanisms in Alumina at High Temperature
Kobayashi A., Kokaly M., White K.
Frequency Effects on Fatigue Behavior and Temperature Evolution of Steels
Fielden D., Huang J., Jiang L., Kuo R., Liaw P., Mansur L., Strizak J., Tian H., Wang H., Yang B.
Effect of Transient Loads on Fatigue Crack Growth in Mill Annealed Ti-62222 at -54, 25, and 175°C
Schoenefeld D., Stephens R.
Propagation of Non-Planar Fatigue Cracks: Experimental Observations and Numerical Simulations
Ingraffea A., Riddell W., Wawrzynek P.
A Model for Predicting Fracture Toughness of Steels in the Transition Region from Hardness
Natishan M., Wagenhofer M.
Results from the MPC Cooperative Test Program on the Use of Precracked Charpy Specimens for T0 Determination
Merkle J., Van Der Sluys W., Young B.
Simulation of Grain Boundary Decohesion and Crack Initiation in Aluminum Microstructure Models
Arwade S., Iesulauro E., Ingraffea A., Wawrzynek P.
A Physics-Based Model for the Crack Arrest Toughness of Ferritic Steels
Kirk M., Natishan M., Wagenhofer M.
An Analytical Method for Studying Cracks with Multiple Kinks
Phoenix S., TerMaath S.
An Innovative Technique for Measuring Fracture Toughness of Metallic and Ceramic Materials
Liu K., McCabe D., Wang J.