... accuracy of the PCC-2 burst capacity model. 1 Corresponding author. e-mail:  wzhou@eng.uwo.ca 07 06 2023 17 09 2023 10 11 2023 corroded pipeline fiber reinforced polymer composite burst capacity defect width FEA Natural Sciences and Engineering Research Council...

...-mail:  wzhou@eng.uwo.ca 14 09 2021 16 11 2021 13 01 2022 pipeline burst capacity defect interaction longitudinal compression FEA Metal-loss corrosion threatens the structural integrity of oil and gas pipelines as it causes thinning of the pipe wall and therefore reduces...

... capacity of the pipeline under internal pressure only, which is developed in a recently completed study, multiplied by a correction factor to account for the effect of the longitudinal compression. Extensive parametric elastoplastic finite element analyses (FEA) are carried out, the results of which...

... 2019 ductile fracture fracture strain X65 grade steel notched round bar grooved plate FEA Steel pipelines tend to be subjected to combined loading conditions due to geotechnical/environmental changes while transmitting oil/gas products over thousands of kilometers [ 1 ]. The burst...

...-dimensional (3D) finite element analyses (FEAs). Two-dimensional FEAs are first carried out to verify the reported accuracy and applicable ranges for each equation based on the plane strain models with six different crack lengths. Three-dimensional FEAs are then carried out to estimate the errors...

... element analysis. The results show that the current practice needs to be revised or rejustified in an alternative manner. API 650 steel storage tank elevated temperature tank low cycle fatigue peak alternating stress FEA In the petroleum process industry, above ground steel storage...

.... The results may be referable for design and safety assessment of PE pipes due to seismic landslide. buried polyethylene pipe seismic landslide constitutive model failure criterion curve FEA As the main transportation tool for oil and natural gas, pipelines play a great role...

... strains in the longitudinal and circumferential direction. All measurements were recorded against common time reference to facilitate study load–displacement and stress–strain histories [ 14 , 15 ]. FEA is conducted using commercial software ( ansys ) [ 24 ] to simulate the indentation process...

... stresses FEA In many industries, storage tanks are needed to hold liquids like asphalt, residuum, high pour point hydrocarbons, etc., at higher temperature than the ambient. This gives rise to thermal stresses in the tank, especially near the shell-to-bottom joint. The magnitude of thermal stress...

... of the pipe are necessary. dented pipe integrity assessment variability strain stress FEA probabilistic analysis condition monitoring crack detection fracture mechanics Monte Carlo methods pipelines regression analysis risk management statistical distributions stress-strain...

... element analysis nozzles pipelines pressure vessels shells (structures) dynamic burst pressure cylinder-cylinder intersection pipeline FEA LS-DYNA Cylinder-cylinder intersections are very common pressure vessel components used in many industries: pipeline transportation, nuclear...

... the ultimate dynamic strength of low carbon steel is developed. Based on the agreement between the results of the finite element analyses and those of the empirical formula, it can be concluded that a properly modeled finite element analysis (FEA) can be employed with sufficient accuracy to study the short...