نتایج جستجو برای: thermal assisted friction stir welding

تعداد نتایج: 390701  

Deilami Azodi , H. , Safari, M. ,

In this paper, the experimental investigation of formability of friction stir welded ultra-thin sheets of IF steel is investigated experimentally. First, the sheets are joined by friction stir welding process based on the tests determined according to the Taguchi design of experiments. The investigated parameters in the welding process are as tool rotational and traverse speeds. Then, the tailo...

Journal: :international journal of advanced design and manufacturing technology 0
hamed aghajani derazkola department of mechanical engineering , sari branch, islamic azad university, sari, iran. majid elyasi department of mechanical engineering, babol noshiravani university of technology, iran morteza hossienzadeh department of engineering, islamic azad university of ayatollah amoli branch, iran

the aim of this article is study of tool plunge depth (tpd) effects on mechanical properties of friction stir welding of aa1100 aluminium alloy to a441 aisi steel. for this purpose the 0.1, 0.2, 0.4, and 0.6 mm tpd selected and other welding parameters kept constant. the results shows that the frictional heat increases and stir zone grain size decreases with increasing tpd at both base metals. ...

Journal: :international journal of advanced design and manufacturing technology 0
saeid nader masoud kasiri- asgarani kamran amini morteza shamanian

in this study, friction stir spot welding (fssw) is applied to join the tial6v4 titanium alloy with 1.5 mm thickness and then the effect of rotational speed and tool dwell time on microstructure and mechanical properties is investigated. in this regard, the speed of the tool rotation was considered as 800, 1000, and 1200 rpm, as well as the tool dwell time was set at 7 and 12s. microstructural ...

Journal: :international journal of advanced design and manufacturing technology 0
vahiid zakeri teacher at azad university of tabriz ahad gholipoor teacher at azad university of tabriz parviz asadi teacher at azad university of tabriz

in this paper, hardness and tensile properties of welded zone of aluminum 1100 alloys by friction stir welding process was investigated and the effects of rotational and traverse speeds of tool on these parameters was studied. also the fracture cross-section of welded samples was investigated. according the results of this paper, the hardness of weld material is higher than base material and is...

Atapour, M., Sadeghian, B., Taherizadeh , A.,

Today, steel to aluminum joints are used to facilitate transportation and fuel consumption. These joints are applied from nuclear, aerospace and naval to automobile and kitchen industries. According to previous studies fusion welding processes are not suitable methods for these joints, solid-state welding, especially friction stir welding, is a proper way to use for these joints. However, using...

2016
S. S. Rao

Friction stir welding is used as a solid state joining process for soft materials such as aluminium alloys and also for hard materials like steels. It avoids many of the common problems obtained in fusion welding. In mechanical, civil, automobile, naval, and aeronautical engineering beams are widely used of the magnesium alloys for different applications and that are joined by conventional iner...

2008
Paul A. Fleming David H. Lammlein D. M. Wilkes George E. Cook Alvin M. Strauss David R. DeLapp Daniel A. Hartman

This paper describes a technique for determining the position of the friction stir welding (FSW) tool with respect to the weld seam during welding. This technique is proposed for online misalignment detection or as a position estimator for in-process tracking of the weld seam for FSW.

2016
Livia Maria Serio Davide Palumbo Luigi Alberto Ciro De Filippis Umberto Galietti Antonio Domenico Ludovico

A study of the Friction Stir Welding (FSW) process was carried out in order to evaluate the influence of process parameters on the mechanical properties of aluminum plates (AA5754-H111). The process was monitored during each test by means of infrared cameras in order to correlate temperature information with eventual changes of the mechanical properties of joints. In particular, two process par...

Journal: :Science and Technology of Welding and Joining 2007

Journal: :Journal of Materials Processing Technology 2011

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