STP 1360 provides advanced state-of-the-art techniques for predicting fracture and fatigue, as well as applications and engineering problem solving in a number of key industries. Over 30 comprehensive, peer-reviewed papers from the world's leading experts address topics in fracture mechanics, fatigue, and applications.
Areas of fracture mechanics covered include:
Effects of geometry
Specimen size on fracture behavior
Toughness in the transition region
Loading effects on fracture
Innovative crack solutions
Analysis techniques in analytical fracture mechanics
Areas of fatigue include:
Effects of crack closure, stress ratio, residual stress and loading on fatigue
Novel test methods and data analysis
Predicting and measuring fatigue performance
Fracture mechanics applications
Finite element modeling of cracks and crack growth
This is a critical resource for mechanical, materials, and structural engineers involved with structural parts design and analysis; regulatory and investigative organizations and national laboratories.
Technical Basis for the Master Curve Concept of Fracture Toughness Evaluations in the Transition Range
McCabe D., Merkle J., Wallin K.
Method for Predicting J-R Curves from Charpy Impact Energy
Gioielli P., Landes J., Loushin L., Paris P., Tada H.
Fracture Toughness Testing with Notched Round Bars
Landes J., Wilson C.
3-D Finite Element Modeling of Ductile Crack Growth in Thin Aluminum Materials
Dawicke D., Dodds R., Gullerud A., Hampton R.
J-Q-M Approach for Failure Assessment of Fusion Line Cracks: Two-Material and Three-Material Models
Hauge M., Ranestad &., Thaulow C., Zhang Z.
The Role of Cohesive Strength and Separation Energy for Modeling of Ductile Fracture
Brocks W., Siegmund T.
Modeling the Ductile to Cleavage Transition in Steels and Structures
Howard I., Li Z., Sheikh M.
A Computational Fracture Mechanics Approach for the Analysis of Facesheet-from-Core Disbond of Honeycomb Core Sandwich Panels
Ingraffea A., TerMaath S., Wawrzynek P.
Crack Wake Influence Theory and Elastic Crack Closure Measurement
Connelly G., Donald J., Paris P., Tada H.
Fatigue Analysis of Multiple Site Damage in Lap Joint Specimens
Grandt A., Wang H.
A Combined Experimental and Finite Element Study of Crack Closure Effects in Modified 1070 Steel
Dougherty J., Padovan J., Srivatsan T.
The Fracture and Fatigue Crack Growth Behavior of Forged Damage-Tolerant Niobium Aluminide Intermetallics
Farkas D., Mercer C., Soboyejo W., Ye F.
A New Multiparameter Model for the Prediction of Fatigue Crack Growth in Structural Metallic Materials
Foster M., Mercer C., Papritan J., Soboyejo A., Soboyejo W.
Development of Consistent Size Criteria for ASTM Combined Fracture Mechanics Standards
Joyce J., Tregoning R.
Use of the Instrumented Bolt and Constant Displacement Bold-Loaded Specimen to Measure In-Situ Hydrogen Crack Growth in High-Strength Steels
Crayon D., Underwood J., Vigilante G.
Stress and Fracture Analyses of Semi-Elliptical Surface Cracks
Aveline C., Newman J., Reuter W.
Early Stage Fatigue Damage Characterization in Aluminum Alloys and Stainless Steels with Meandering Winding Magnetometer Technology
Goldfine N., Natishan M., Weiss V.
Finite-Element Fracture Analyses of Welded Beam-Column Connections
Chi W., Deierlein G., Ingraffea A.
A Plate Element-Based Model for Mixed-Mode Debonding of Composite Stitched Stiffened Panels
Glaessgen E., Poe C., Raju I.
Paper ID: STP1360-EB