Note: All dimensions are in mm E - 210 000 MPa (N/mm') F-13 IN 1. A bracket is shown in the figure. Calculate the stresses on the welding. The bracket welded by E7018 clectrode. Based on stresses...

Note: All dimensions are in mm<br>E - 210 000 MPa (N/mm')<br>F-13 IN<br>1.<br>A bracket is shown in the figure. Calculate<br>the stresses on the welding. The bracket welded by<br>E7018 clectrode. Based on stresses calculations,<br>calculate the design factor of safety<br>ELECTRODE TENSILE<br>NUMBER<br>YIELD<br>STRENGTH STRENGTH<br>_(MPa)<br>(345)<br>(393)<br>(462)<br>(531)<br>(MPa)<br>E60xx<br>(427)<br>(482)<br>(551)<br>(620)<br>A = 0.707h(b + 2d).<br>E70xx<br>i = b/2<br>ESOxx<br>b+ 2d<br>E90xx<br>2d3<br>(600)<br>(737)<br>- 2d?y + (b+2d)3²<br>3<br>E100xx<br>(689)<br>(827)<br>%3D<br>E120xx<br>

Extracted text: Note: All dimensions are in mm E - 210 000 MPa (N/mm') F-13 IN 1. A bracket is shown in the figure. Calculate the stresses on the welding. The bracket welded by E7018 clectrode. Based on stresses calculations, calculate the design factor of safety ELECTRODE TENSILE NUMBER YIELD STRENGTH STRENGTH _(MPa) (345) (393) (462) (531) (MPa) E60xx (427) (482) (551) (620) A = 0.707h(b + 2d). E70xx i = b/2 ESOxx b+ 2d E90xx 2d3 (600) (737) - 2d?y + (b+2d)3² 3 E100xx (689) (827) %3D E120xx

Jun 11, 2022

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Note: All dimensions are in mm E - 210 000 MPa (N/mm') F-13 IN 1. A bracket is shown in the figure. Calculate the stresses on the welding. The bracket welded by E7018 clectrode. Based on stresses...

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