This paper presents a detailed investigation of the evolution of temperature field at the tip of a stationary crack subjected to dynamic loading in two different types of steels. A high speed two-dimensional infrared camera was used to image the temperature fields at the crack tips. In a high strength maraging steel, the thermograms reveal the development of plastic zone and the process of crack initiation and propagation. In ductile HY100 steel, the thermograms are used to estimate the evolution of J integral and its critical value at crack initiation. The temperature images are also used to investigate the dominance of HRR field around the crack tip
International audienceThis paper provides the first characterization of heat source field in the cra...
The work is devoted to the experimental study of heat dissipation process caused by fatigue crack pr...
The fracture toughness of ferritic steels under dynamic loading conditions on the one hand shows dec...
During the high speed propagation of cracks, large temperature increases occur at the crack tip due ...
An infrared (IR) imaging system has been developed recently at Caltech for measuring the temperature...
The goal of the work presented here is to study dynamic crack initiation in ductile steels (Ni–Cr st...
A high-speed InSb infrared detector array and the method of Coherent Gradient Sensing (CGS) are used...
The present work is devoted to the investigation of fatigue crack initiation and growth in middle-cy...
Investigations of the temperature rise at a dynamically propagating crack tip using an infrared det...
Abstract: In this study, the power dissipated into heat during the propagation of a fatigue crack in...
ABSTRACT. The present work is devoted to the investigation of middle-cycle fatigue ( » 105 cycles). ...
A non-destructive thermographic methodology based on the temperature field is utilized to determine ...
The temperature of specimens during the fracture toughness testing, varies due to the heat generatio...
Active dynamic thermography using inductive heating was used for investigations on different steel c...
Abstract-This paper presents a discussion of(i) possible crack-tip parameters that may govern elasto...
International audienceThis paper provides the first characterization of heat source field in the cra...
The work is devoted to the experimental study of heat dissipation process caused by fatigue crack pr...
The fracture toughness of ferritic steels under dynamic loading conditions on the one hand shows dec...
During the high speed propagation of cracks, large temperature increases occur at the crack tip due ...
An infrared (IR) imaging system has been developed recently at Caltech for measuring the temperature...
The goal of the work presented here is to study dynamic crack initiation in ductile steels (Ni–Cr st...
A high-speed InSb infrared detector array and the method of Coherent Gradient Sensing (CGS) are used...
The present work is devoted to the investigation of fatigue crack initiation and growth in middle-cy...
Investigations of the temperature rise at a dynamically propagating crack tip using an infrared det...
Abstract: In this study, the power dissipated into heat during the propagation of a fatigue crack in...
ABSTRACT. The present work is devoted to the investigation of middle-cycle fatigue ( » 105 cycles). ...
A non-destructive thermographic methodology based on the temperature field is utilized to determine ...
The temperature of specimens during the fracture toughness testing, varies due to the heat generatio...
Active dynamic thermography using inductive heating was used for investigations on different steel c...
Abstract-This paper presents a discussion of(i) possible crack-tip parameters that may govern elasto...
International audienceThis paper provides the first characterization of heat source field in the cra...
The work is devoted to the experimental study of heat dissipation process caused by fatigue crack pr...
The fracture toughness of ferritic steels under dynamic loading conditions on the one hand shows dec...