Draw the free body diagram of the bridge then determine the reaction forces in following simply supported beams. F= 100 KN F 200 K 30° --- .----- 3m 4m 9m 8m 4m 4m Figure 1 Bridge Layout At a constant...

Engineering science
Draw the free body diagram of the bridge then determine the reaction forces in following simply<br>supported beams.<br>F= 100 KN<br>F 200 K<br>30°<br>---<br>.-----<br>3m<br>4m<br>9m<br>8m<br>4m<br>4m<br>Figure 1 Bridge Layout<br>At a constant time, a 32m bridge was supported by two diagonal wire-cable at the both ends. It<br>has a car and truck passing over it, weighing 8 kN and 16 kN respectively. There is also a traffic<br>light and barrier structure at one point, weighing 10kN. Your task is to model the bridge as a<br>beam; the vehicles weight should be considered as uniformly distributed loads and the barrier as a<br>point load.<br>

Extracted text: Draw the free body diagram of the bridge then determine the reaction forces in following simply supported beams. F= 100 KN F 200 K 30° --- .----- 3m 4m 9m 8m 4m 4m Figure 1 Bridge Layout At a constant time, a 32m bridge was supported by two diagonal wire-cable at the both ends. It has a car and truck passing over it, weighing 8 kN and 16 kN respectively. There is also a traffic light and barrier structure at one point, weighing 10kN. Your task is to model the bridge as a beam; the vehicles weight should be considered as uniformly distributed loads and the barrier as a point load.

Jun 11, 2022
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