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Thermal upheaval buckling behavior of pipelines operating at different temperatures is studied.
This paper proposes an analytical closed-form model for the thermal upheaval buckling of pavements, with a temperature gradient being embedded in the formulation.
Thermal upheaval buckling of continuously reinforced concrete pavements is widely reported around the world in conjunction with the evolution of global warming trends and increasing numbers of prolonged heatwaves, and which may lead to catastrophic scenarios.
Similar(56)
When the lateral restraint of a buried pipeline exceeds the vertical restraint force for the HPHT pipeline due to thermal expansion, upheaval buckling may occur.
This paper conducts a refined modelling of thermal-induced upheaval buckling of concrete pavements within the framework of general finite element codes.
This paper presents an analytical solution for thermal-induced upheaval buckling of such a semiinfinite continuously reinforced concrete pavement when constrained by a rigid medium with a quantifiable rotational stiffness.
The upheaval.
Then came the second upheaval.
Not so this year's upheaval.
Such upheaval would be controversial.
Pack that thermal underwear.
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