Compute for the moment capacity of the beam section as shown in kN-m. fe- 21 MPa, Fy = 414 MPa, As - 2-25mm dia, and consider steel yields, thus, T-Asfy. 100mm 100mm 200mm 100mm 100mm
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- The welded bracket connection shown in Fig. consists of a plate welded to the flange of a column by 10 mm shop fillet welds on two sides. Determine the service load W the bracket can support at a distance of 300 mm from the face of the column if the rolled column section and bracket plate are in Fe 410 grade steel. 450 300 30°W 175 10 450 10 450 12 mm thick bracket welded N 450 A2.5 The steel propeller shaft ABCD carries the axial loads shown in Fig. (a). Determine the change in the length of the shaft caused by these loads. Use E-200 GPa for steel. 10KN -1.5m 18mm 30KN 18mm 20KN hos si 1 cibas at1. Determine the design strength of the tension member and connection system shown below. The tension member is a 100mmX10mm thick plate. It is welded to a 15 mm thick gusset plate. Use Fy=250 MPa and Fu=400 MPa. Use E70 electrodes and case 4 for the value of U. t= 15 mam wi6mm 100 mm x 10 mm 125 un 12 m 12 na 125 mu
- ISWB600 Braket palte=11mm p=450KN E=270mm p=55mm bolt size =M20Compute the maximum deflection for the beam loaded as shown below 400 lb 400 lb 160 Ib/ft 100 Ib/ft 10 ft 5 ft 5 ft 3 ft- 6 ft 3 ft R1 R2 R3 R4 --- -.A rolled l-shaped beam is connected to a steel girder by 4-25mm bolts as shown. Determine the maximum end reaction that the beam can resist. (tw=15mm, Fy=248 MPa, Fu=400MPA) 60 mm 25-mm bolts- 3 @ 80 mm W 14 × 211 2 - 100 mm angle leg 60 mm
- A bar AE is in equilibrium under the action of the frve forces shown. Determine T (kN). F1 88 kN F2- 34 kN "type the numerical value in two (2) decimal places only without the unit (ADD-"FOR DOWNWARD/LEFT DIRECTION, OTHERWISE, TYPE ANSWER AS IS.) 5m F1 T Sm 5m F2 5m P RAFigure Q2 shows the steel C-section, a) Show the centre of gravity of the steel C-section b) Based on the answer in (a), deternine the moment of inertia of the steel C-section 80.5mm 12.7mm 13mm 305mm 1012.7mm Figure Q2How much service live load, in kN/m, can be supported? The member weight is the only dead load. The axial compressive load consists of a service dead load of 45 kN and a service live load of 90 kN. Do not consider moment amplification. Use NSCP 2015. a. b. LRFD. ASD. wt A kN/m mm² W460x144 1.41 18400 472 13.6 283 SECTION tw bf tf Ix Sx mm mm mm mm³ 22.2 726 3080 mm mm mm 199 6.2m W460x144 Sy Ty Zx ly mm mm³ mm 83.6 591 Zy J Cw mmº mm³ mm³ 67.4 3450 906 2440 4230 mmª
- WHERE: BOLT DIAMETER = 22mm Fy = 241Mpa Fu = 414MpaThe light rigid bar ABCD shown is pinned at C and connected to two vertical rods. The bar was initially horizontal, and the rods were stress-free before the load P 20 KN is applied. Sheel E200 GPa L-1 m 2.0 m 0.6m 1.5m P-20 KN Aluminum E-70 GPa A=900mm L-1.5 m What is the axial load at steel rod in KN?For the frane shown below use unite load melhed to defermih ventical defketion at C2 E=200 kN I = 300 Cm lom 20kN hinge the a 9. 5m