The prediction of the weld bead geometry parameters is an important aspect welding processes due to it related strength welded joint. This research focuses on using statistical design techniques and a deep learning neural network predict shape shielded metal arc (SMAW), inert gas (MIG), tungsten (TIG) processes. With techniques, experiments were carried out obtain data for generating regression...

Fin-shaped Field-Effect Transistors} (FinFETs) with Three Independent Gates (TIG) have been recently demonstrated capable of an ultra-steep-slope operation down to 3.4mV/dec. In this paper, we explore their opportunities in the domain of analog design and terahertz detectors. We see that they could result in analog circuits with 25× power efficiency improvement and in THz detectors with 2 order...

We describe the TIG formalism and its advantages over CFGs and TAGs. We then give an algorithm for training PLTIGs following Hwa (2001). We train on a partially supervised corpus by repeated parsing with a lexicalized normal form. The training algorithm is EM-style, and the parsing algorithm is a generalization of CKY. Finally, we look toward the possibility of extending this method into a sync...

Titanyum alaşımları, üstün özellikleri nedeni ile birçok alanda kullanılmaktadır. Bu alaşımlardan yapılan imalat işlemlerinde veya sonrasında kaynak birleştirme yapılmaktadır. çalışmada birleştirilen Ti6Al4V titanyum alaşımının mikroyapı, sertlik ve asidik ortamdaki korozyon incelenmiştir. Asidik özelliğinin incelenmesinin amacı, kaynaklı alaşımlarından imalatların kimya, petrokimya benzeri ala...

Different post-weld treatment methods have been developed to enhance the fatigue strength of welded steel structures and extend service lives their components. High-frequency mechanical impact (HFMI) tungsten inert gas (TIG) remelting are two that attracted considerable interest in recent decades. This paper presents results a study life extension for pre-fatigued details which can be achieved ...