This paper presents relatively new examples of X-ray tomography applications to engineering materials. These examples illustrate the usefulness of the technique to inspect fabrication processes, but also to study degradation processes that may occur during service, for example from corrosion. It also shows how advanced image processing algorithms such as the hole closing method, can be used to extract features, or correct processed images. © 2010 IEEE
Abstract- X-ray computed tomography (CT) offers an unique opportunity for three-dimensionnal (3D) im...
Additive manufacturing (AM) is recognized as a core technology for producing advanced high value com...
X ray tomography is a versatile tool in materials research and engineering since it allows for a non...
Structure complexity combined with high integration level in microelectronic industry is making the ...
Advanced packaging processes and the resulting 3D products challenge process and quality control. X-...
In this paper, a state of the art automated defect recognition (ADR) system is presented that was de...
X-ray computed tomography (CT) can reveal the internal details of objects in three dimensions non-de...
In this paper, a state of the art automated defect recognition (ADR) system is presented that was d...
This paper demonstrates a novel method that combines X-ray computed tomography (CT) and image proces...
In the present study, various microstructural features, such as particles and pores, have been visua...
The complexity of components fabricated in today's industry is ever increasing. This increase is par...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
The quality control of hardfacing is one of the areas where non-destructive testing is applied. To d...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
Metal Additive Manufacturing (AM) has great potential to revolutionize manufacturing industries, but...
Abstract- X-ray computed tomography (CT) offers an unique opportunity for three-dimensionnal (3D) im...
Additive manufacturing (AM) is recognized as a core technology for producing advanced high value com...
X ray tomography is a versatile tool in materials research and engineering since it allows for a non...
Structure complexity combined with high integration level in microelectronic industry is making the ...
Advanced packaging processes and the resulting 3D products challenge process and quality control. X-...
In this paper, a state of the art automated defect recognition (ADR) system is presented that was de...
X-ray computed tomography (CT) can reveal the internal details of objects in three dimensions non-de...
In this paper, a state of the art automated defect recognition (ADR) system is presented that was d...
This paper demonstrates a novel method that combines X-ray computed tomography (CT) and image proces...
In the present study, various microstructural features, such as particles and pores, have been visua...
The complexity of components fabricated in today's industry is ever increasing. This increase is par...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
The quality control of hardfacing is one of the areas where non-destructive testing is applied. To d...
The inspection system is crucial to ensure the system is always in a good condition. A technique tha...
Metal Additive Manufacturing (AM) has great potential to revolutionize manufacturing industries, but...
Abstract- X-ray computed tomography (CT) offers an unique opportunity for three-dimensionnal (3D) im...
Additive manufacturing (AM) is recognized as a core technology for producing advanced high value com...
X ray tomography is a versatile tool in materials research and engineering since it allows for a non...