1- A W 5300*101 of Steel Section (f= 345 MPa & fu= 450 MPa) is used as simply supported beam with a span of 15 m. The dead load is the summation of the super dead load (X1 kN/m as uniform load) and...

Solve this plz X1=41- A W 5300*101 of Steel Section (f= 345 MPa & fu= 450 MPa) is used as simply supported beam<br>with a span of 15 m. The dead load is the summation of the super dead load (X1 kN/m as uniform<br>load) and the beam weight. In addition to the dead load, a uniform live load is applied to the beam.<br>If the lateral support is provided at 3-meter intervals, what is the maximum service live load in<br>kN/m that can be supported.<br>About X-X<br>About Y-Y<br>Flange<br>Flange<br>Web<br>Mass<br>Area<br>Depth<br>S<br>I (10)<br>(10)<br>I<br>Width<br>thickness<br>thickness<br>(kg/m)<br>(mm2)<br>(mm)<br>(10) (10)<br>(mm)<br>(mm)<br>(mm)<br>mm<br>(mm)<br>(mm)<br>mm<br>mm<br>mm<br>W530*101<br>101<br>12900<br>536<br>210<br>17.4<br>10.9<br>616<br>2290<br>218<br>26.9<br>257<br>45.7<br>

Extracted text: 1- A W 5300*101 of Steel Section (f= 345 MPa & fu= 450 MPa) is used as simply supported beam with a span of 15 m. The dead load is the summation of the super dead load (X1 kN/m as uniform load) and the beam weight. In addition to the dead load, a uniform live load is applied to the beam. If the lateral support is provided at 3-meter intervals, what is the maximum service live load in kN/m that can be supported. About X-X About Y-Y Flange Flange Web Mass Area Depth S I (10) (10) I Width thickness thickness (kg/m) (mm2) (mm) (10) (10) (mm) (mm) (mm) mm (mm) (mm) mm mm mm W530*101 101 12900 536 210 17.4 10.9 616 2290 218 26.9 257 45.7

Jun 11, 2022
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