Add to ORKGThe plane strain fracture toughness was determined for experimental and commercial WC-Co alloys with compositions from 6 to 20 wt%Co. Two types of specimen designs, single-edge-notch bending specimen and double-cantilever-beam crack line loading specimen, were employed for the measurements
Fatigue crack growth and retardation experiments conducted in polycarbonate test specimen are descri...
A testing machine has been built for the cyclic bending of thin cantilevered plates for crack propag...
The ferritizing, austenitizing and tempering characteristics of ductile iron, cast in slab form, ann...
Investigations have been undertaken to evaluate some of the geometrical properties influencing britt...
Previous work on the toughness of low carbon steels suggested that acicular ferritic structure could...
Brittle failure is a major engineering problem and a better understanding of its nature and the cond...
A study of the problem of intergranular heat-affected zone cracking of stress relieved pressure vess...
In this experiment each tool produced by a particular manufacturer was tested at a set of roughing a...
The fracture toughness and slow crack growth parameters of germanium supplied as single crystal beam...
The stress intensity factors have been shown to control the rate of propagation of a crack when mate...
Four full sized prestressed concrete bridge girders were subjected to static shear strength tests in...
The fracture toughness and slow crack growth parameters of germanium supplied as single crystal beam...
This report presents the work done on Project 366, the Fracture Toughness of Structural Steels. The...
Objectives of this investigation were to investigate regions of high cycle and threshold fatigue cra...
The paper presents the results obtained and conclusions made on an experimental investigation of res...
Fatigue crack growth and retardation experiments conducted in polycarbonate test specimen are descri...
A testing machine has been built for the cyclic bending of thin cantilevered plates for crack propag...
The ferritizing, austenitizing and tempering characteristics of ductile iron, cast in slab form, ann...
Investigations have been undertaken to evaluate some of the geometrical properties influencing britt...
Previous work on the toughness of low carbon steels suggested that acicular ferritic structure could...
Brittle failure is a major engineering problem and a better understanding of its nature and the cond...
A study of the problem of intergranular heat-affected zone cracking of stress relieved pressure vess...
In this experiment each tool produced by a particular manufacturer was tested at a set of roughing a...
The fracture toughness and slow crack growth parameters of germanium supplied as single crystal beam...
The stress intensity factors have been shown to control the rate of propagation of a crack when mate...
Four full sized prestressed concrete bridge girders were subjected to static shear strength tests in...
The fracture toughness and slow crack growth parameters of germanium supplied as single crystal beam...
This report presents the work done on Project 366, the Fracture Toughness of Structural Steels. The...
Objectives of this investigation were to investigate regions of high cycle and threshold fatigue cra...
The paper presents the results obtained and conclusions made on an experimental investigation of res...
Fatigue crack growth and retardation experiments conducted in polycarbonate test specimen are descri...
A testing machine has been built for the cyclic bending of thin cantilevered plates for crack propag...
The ferritizing, austenitizing and tempering characteristics of ductile iron, cast in slab form, ann...