Situation 2. The bridge truss, shown in Figure 2, spans 12 m. Determine:a. the maximum load for members BC and CH If a moving vehicle with loads shown, passes through thisbridge; andb. the maximum compressive load in member CF if the bridge is subjected to superimposed dead load of7.2 kNim and live load of 12.6 KNim.Note: Assume positive internal forces to be in tension.4 panels at 3 m= 12m3 AN4 ANANFigure 2 1

Given :- A bridge truss is given with span length 12 m To determine :- a) The maximum load for…

Situation 2. The bridge truss, shown in Figure 2, spans 12 m. Determine: a. the maximum load for members BC and CH If a moving vehicle with loads shown, passes through this bridge, and b. the maximum compressive load in member CF it the bridge is subjected to superimposed dead load of 7.2 kNim and live load of 12.6 kNim. Note: Assume positive internal forces to be in tension. 4 panels at 3 m= 12 m 3AN Im Figure 2 I

Situation 2. The bridge truss, shown in Figure 2, spans 12 m. Determine: a. the maximum load for members BC and CH If a moving vehicle with loads shown, passes through this bridge, and b. the maximum compressive load in member CF it the bridge is subjected to superimposed dead load of 7.2 kNim and live load of 12.6 kNim. Note: Assume positive internal forces to be in tension. 4 panels at 3 m= 12 m 3AN Im Figure 2 I

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter9: Application Of Influence Lines

Section: Chapter Questions

Problem 11P

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