id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fis-2208	kaddour, Hachellaf; Hadj Miloud, Meddah; El Bahri, Ould Chikh; Abdallah, Lounis	Mechanical Behavior Analysis of a Friction Stir Welding (FSW) for Welded Joint Applied to Polymer Materials	2018	9	.pdf	application/pdf	3986	250	53	7, we remarked also that the maximum stress Rm = 24.3 MPa became important, an improvement of the modulus of elasticity with respect to that of the no welded specimen which was of value Rm = 20.41 MPa, at the same time or we have a reduced plastic part noticing on the curves where the plasticity domain of the material (plastic side on the tensile curve) was lost, therefore the material has become rigid, the latter linked to several phenomena and several parameters influenced by the FSW welding operation and even the material as there are other parameters that play an important role, all due to the influence of the machined weld joint that changes the mechanical behavior of the FSW welded material. In other sense the improvement of mechanical properties such as fatigue, Zhou et al has confirmed through these tests on the service life is better in FSW (compared to other welding processes), higher service life for FSW welded joints (9 to 12 times higher)	cache/fis-2208.pdf	txt/fis-2208.txt