316
Y. Shi et al.
Fig. 10.1 Fan’s new water-cooling system [11]
Fig. 10.2 HDR imaging in K-TIG welding. a Response function of the camera b Reconstruction
of the welding scene radiance [12]
reconstruction with images sequences. As a result, much as possible features from
the entrance of the keyhole can be recorded, and the identification of the keyhole
entrance was achieved, as shown in Fig. 10.2. This study overcomes the obstacles
brought by the strong arc light in visual monitoring from the front of the keyhole.
10.2 Operation of K-TIG Welding
10.2.1 Operating Windows
The practice of the K-TIG welding involves a specific set of welding parameters that
optimize the welding process, which is known as operating windows. Without it,
the K-TIG welding technology was in capable of being used in industrial welding
Y. Shi et al.
Fig. 10.1 Fan’s new water-cooling system [11]
Fig. 10.2 HDR imaging in K-TIG welding. a Response function of the camera b Reconstruction
of the welding scene radiance [12]
reconstruction with images sequences. As a result, much as possible features from
the entrance of the keyhole can be recorded, and the identification of the keyhole
entrance was achieved, as shown in Fig. 10.2. This study overcomes the obstacles
brought by the strong arc light in visual monitoring from the front of the keyhole.
10.2 Operation of K-TIG Welding
10.2.1 Operating Windows
The practice of the K-TIG welding involves a specific set of welding parameters that
optimize the welding process, which is known as operating windows. Without it,
the K-TIG welding technology was in capable of being used in industrial welding