Hollow steel pipeline with total length of 2 km and dimension shown in Figure 1, is originally at an average temperature of 25°C. When flowed with oil produced from the reservoir, the average pipeline temperature increased to 75°C until the end. At the end of the pipeline, it is connected to a separator. a) Estimated the deformation which can occur due to temperature change. b) Calculate the reaction force required (on the separator) to prevent the pipeline from deforming?

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Question 1
Hollow steel pipeline with total length of 2 km
and dimension shown in Figure 1, is originally at
an average temperature of 25°C. When flowed
with oil produced from the reservoir, the
average pipeline temperature increased to 75°C
until the end. At the end of the pipeline, it is
connected to a separator.
50cm
a) Estimated the deformation which can occur
due to temperature change.
48cm
b) Calculate the reaction force required (on the
separator) to prevent the pipeline from
deforming?
Thermal expansion Constant
= 11.7 x 10-6°c-1
Young modulus = 5 GPa
Total length = 2.0km
Transcribed Image Text:Question 1 Hollow steel pipeline with total length of 2 km and dimension shown in Figure 1, is originally at an average temperature of 25°C. When flowed with oil produced from the reservoir, the average pipeline temperature increased to 75°C until the end. At the end of the pipeline, it is connected to a separator. 50cm a) Estimated the deformation which can occur due to temperature change. 48cm b) Calculate the reaction force required (on the separator) to prevent the pipeline from deforming? Thermal expansion Constant = 11.7 x 10-6°c-1 Young modulus = 5 GPa Total length = 2.0km
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