Maximum tensile strength of 208.9 MPa was obtained by underwater friction stir welding at 700 rpm tool rotational speed and welding speed of 65 mm/min.(PDF) The effects of tool rotation speed and traverse The 3-mm-thick steel plates were friction stir welded at a low tool rotation rate of 600rpm.The influence of welding speed on microstructure and mechanical properties of the joints was investigated.Cited by 15Publish Year 2018Author Lisheng Zuo,Dunwen Zuo,Yongcheng Zhu,Hongfeng WangDetermining cohesive parameters for modeling interfacial Friction stir welding is an efficient manufacturing method for joining dissimilar alloys,which can dramatically reduce grain sizes and offer high mechanical joint efficiency.Lap FSW joints between dissimilar AZ31B and Al 6061 alloy sheets were made at various tool rotation and travel speeds.
Cited by 1Publish Year 2018Author P Raja,S Bojanampati,R Karthikeyan,R GanithiEffect of tool rotational speed on the microstructure and
4 rows··The results show that the surface arc texture spacing becomes smaller with the increase of the rotational speed and larger with the increase of the welding speed.There is a corresponding relationship between the fractal dimension of the surface topography and the surface roughness.Cited by 20Publish Year 2018Author Pritam Kumar Rana,R.Ganesh Narayanan,Satish V.KailasEffect of Tool Rotational Speed on Mechanical Properties Jan 01,2018·The 4mm thick plates of AA5083 are friction stir welded using conical profile tool by varying the tool rotational speeds of 900rpm,1120rpm,1400rpm,1800 rpm and at constant welding speed of 40mm/min.Microstructural study and mechanical testing methods on sample weldments showed that a better weld of good tensile strength and fine grain microstructure were obtained at aCited by 9Publish Year 2018Author K.Aruna Prabha,Prasad Kumar Putha,Balla Srinivasa PrasadThe effect of tool rotational and traverse speed on (welding speed/tool revolution rate) less than 0.6 mm per revolu-tion.Higher welding speed produces slightly higher hardness in the stir zone.The yield strength increases with increasing welding
Feb 01,2018·Bozzi et al.(2010) observed that at higher tool rotational speed more frictional heat is generated due to extensive stirring which helps in the formation of larger bonded width.The larger bonded region is associated with larger hook width due to partial merging of hook in the extruded zone.Effect of tool rotational speed on Friction Stir Welding the FSW was carried out (Adopted ranges Tool rotational speed=1000-1200rpm,welding speed/traverse speed=40-48 mm/min and Welding load= 12.25-16.25 kN).Proper depth of penetration could only be obtained with welding load and welding speed of 12.25kN and 44mm/min respectively as was confirmed by radiography.Effects of tool rotational and welding speed on ·Steel AA1100 is the most widely used grade of Aluminium due to its excellent corrosion resistance,high ductility and reflective finish,the selected material was welded with Friction Stir Welding (FSW) process on a CNC machine,using a combination of different tool rotation speed (1500 rpm,2500 rpm,3500 rpm) and welding speed (10 mm/min,30 mm/min,50 mm/min) as welding