JOURNAL Published: 2014
MPC1403-EB

Materials Performance and Characterization

Editor(s): B. Podgornik, V. Leskovsek

Featuring 30 papers on the measurement of fracture toughness for different materials, the entire topic of fracture toughness is covered in this special issue. Fracture toughness is defined as the material property creates the ability for a material containing a crack or a flaw to resist fracture.

Knowledge highlights include everything from fracture toughness measurement methods and their modifications to numerical modeling to fracture mechanics and analysis of fatigue crack growth. Further insights also featured are on the effect of heat treatment on fracture toughness and the fracture toughness of: steel, alloys, polycrystalline materials, composites, plastic and bones.

The measure of fracture toughness is integral to the performance evaluation and quality assurance of typical engineering structures including nuclear pressure vessels and piping, petrochemical vessels and tanks, oil and gas pipelines, and automotive, ship and aircraft structures. Thus, the value of fracture toughness has been a very important subject in development of fracture mechanics method and its engineering applications.

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Developed by Committee: E08
Pages: 565
DOI: 10.1520/MPC1403-EB