Ultrasonic welding is very useful for joining thin metal sheets. The effect of ultrasound on microstructure is currently not well understood because the changes produced depend very much on the welding parameters and the properties of the metal being considered. Thin sheets formed by cold rolling acquire a special grain structure. During the welding process the heat produced causes recrystallization; even where heat is not applied in the joining process the recrystallization process alters the mechanical properties within the heat affected zone (HAZ). The mechanical properties of the welded samples depend on the microstructure. In this work we analyse the ultrasonic welding effect on the joint and the HAZ
During the last few years ultrasonic welding has become significant attention regarding its suitable...
The paper presents the results of ultrasonic impact treatment of the AMg5M alloy weld joint produced...
In recent years, new methods of bonding solids have been introduced. These methods (e.g., diffusion ...
Ultrasonic welding is a very useful and simple welding process. It is suitable for establishing a jo...
Research presented in the paper refers to the structural analysis of materials that are thermally in...
The fundamental mechanisms of ultrasonic welding and the application of this process to the joining ...
The reconditioning problem by loading parts through welding is a special one because with this opera...
Ultrasonic welding process is a rapid manufacturing process used to weld thin layers of metal at low...
The study of ultrasonic welding has been going on for more than 50 years. The mechanism of joint for...
Ultrasonic welding (consolidation) process is a rapid manufacturing process that is used to join thi...
To optimize the plating process is necessary to know the behavior of surfaces plated during the expl...
Ultrasonic welding can be used to join plastic and metal through high-frequency (more than 20 kHz) a...
The effects of welding energy on the mechanical and microstructural characteristics of ultrasonic-we...
Ultrasonic additive manufacturing (UAM) is a solid-state metal additive manufacturing process, with ...
In the case of welded joints there are defects that can not be seen with the naked eye. These defec...
During the last few years ultrasonic welding has become significant attention regarding its suitable...
The paper presents the results of ultrasonic impact treatment of the AMg5M alloy weld joint produced...
In recent years, new methods of bonding solids have been introduced. These methods (e.g., diffusion ...
Ultrasonic welding is a very useful and simple welding process. It is suitable for establishing a jo...
Research presented in the paper refers to the structural analysis of materials that are thermally in...
The fundamental mechanisms of ultrasonic welding and the application of this process to the joining ...
The reconditioning problem by loading parts through welding is a special one because with this opera...
Ultrasonic welding process is a rapid manufacturing process used to weld thin layers of metal at low...
The study of ultrasonic welding has been going on for more than 50 years. The mechanism of joint for...
Ultrasonic welding (consolidation) process is a rapid manufacturing process that is used to join thi...
To optimize the plating process is necessary to know the behavior of surfaces plated during the expl...
Ultrasonic welding can be used to join plastic and metal through high-frequency (more than 20 kHz) a...
The effects of welding energy on the mechanical and microstructural characteristics of ultrasonic-we...
Ultrasonic additive manufacturing (UAM) is a solid-state metal additive manufacturing process, with ...
In the case of welded joints there are defects that can not be seen with the naked eye. These defec...
During the last few years ultrasonic welding has become significant attention regarding its suitable...
The paper presents the results of ultrasonic impact treatment of the AMg5M alloy weld joint produced...
In recent years, new methods of bonding solids have been introduced. These methods (e.g., diffusion ...