We have a light pole given below. -Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters. -Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape) -Assume the height og the pole is 10 meters. Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.
We have a light pole given below. -Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters. -Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape) -Assume the height og the pole is 10 meters. Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.
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We have a light pole given below.
-Assume the weight of the lamp is 200kg.(concentrated load) and the distance between the center of gravity of the lamp and the pole center is 2 meters.
-Assume wind speed may rise up 180 kmph(Assume lamp has a sphere shape)
-Assume the height og the pole is 10 meters.
Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5.Do all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the pole.
Transcribed Image Text:We have a light pole given below.
Assume the weight of the lamp is 200 kg (concentrated load) and the distance between the center of gravity of the
lamp and the pole center is 2 meters.
Assume wind speed may rise up to 180 kmph (Assume lamp has a sphere shape)
Assume the height of the pole is 10 meters.
Calculate the diameter of the pole assuming the pole is a hollow shaft, made of ST37 steel and has a factor of safety of 1.5. Do
all necessary realistic engineering assumptions and include all the forces that you may think of to calculate the diameter of the
pole.
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