... failure of the pressurized cylinder was established based on coercivity measurements. e-mail:  shenzx84@163.com 1 Corresponding author. e-mail:  huanghuandong@nbtjy.com 2 Co-first authors. 16 10 2022 12 05 2023 14 06 2023 failure risk assessment burst pressure...

... give rise to an increase in burst pressure level of the corroded pipeline. The mechanical response of the IFL liner is established accurately and used to define the constitutive behavior of the IFL material in a nonlinear finite element model of liner installed in a host pipe with internal corrosion...

...Abolfazl Zolfaghari; Moein Izadi Pressure vessel plays an important role in wide range of applications to store gas or liquid substances. In order to design a pressure vessel safely, one of the main factors which has to be considered is selection of proper burst pressure perdition criterion. Due...

... the inner surface of the host pipe. The objective of this study is to assess the burst pressure of pipelines with internal corrosion defects. The mechanical response of carbon steel API X42, X52, and X70 pipe grades are empirically estimated and implemented in a finite element model. The geometry...

... November 4, 2016. Assoc. Editor: Haofeng Chen. 11 11 2015 29 07 2016 pipeline corrosion burst pressure plastic instability Corrosion is one of the leading causes of failure of steel pipelines, as indicated in different pipeline failure databases [ 1 – 5 ]. Furthermore...

...Bipul Chandra Mondal; Ashutosh Sutra Dhar Codes/standards have been developed to calculate accurately the burst pressure for corroded pipelines. Five burst pressure models are evaluated in this paper using three-dimensional finite-element (FE) analysis. The finite-element models are validated using...

... , in which the data at the line with zero-eccentricity represent for concentric casing and others for eccentric casings. It is seen that the theoretical results are consistent with the numerical results. Table 2 Burst pressure comparisons of eccentric casing between analytical model and FEM...

... of materials into logical consideration, this research, in the framework of finite deformation theory, derived the computational formula of burst pressure for defect-free TWE according to unified strength theory (UST). In addition, influences of various factors on burst pressure were analyzed, which include...

... the pressure vessel should burst if all of the specified design tolerances are at their minimum values is called burst pressure. Prediction of burst strength is the very important aspect in the pressure vessel design to avoid any disaster. The present study mainly focuses on various types of factors which...

... vessels. The proposed pressure is to be an upper bound to the burst pressure that could be achieved in a real vessel. Then the burst pressure was predicted through the use of an appropriate strength reduction factor. Jones et al. in 1999–2000 ( 15 16 ) provided a comparison between finite element...

...H. F. Wang; Z. F. Sang; L. P. Xue; G. E. O. Widera The burst pressure of cylinders with hillside nozzle is determined using both experimental and finite element analysis (FEA) approaches. Three full-scale test models with different angles of the hillside nozzle were designed and fabricated...

... with specific defect configurations: elliptical wear-type, tapered wedge-type, and flat wear-type defects. After investigating the effect of key parameters such as defect depth, defect length, and wrap or tapered angle on equivalent stress across the ligament thickness, burst pressure estimation equations...

...Jinyang Zheng; Yubin Lu; Li Xiang; Xiufeng Lin; Yancong Zhu; Ping Xu; Defu Chen; Xiaolian He; Taiqing Shao A Polyethylene (PE) pipe reinforced by a cross-winding steel wire (PSP) is a new type of plastic-matrix steel composite pipe, which has excellent performance. Its short-time burst pressure...

... materials. Based on the ASSY theory, a theoretical solution for predicting the burst pressure of pipelines is obtained as a function of pipe diameter, wall thickness, material hardening exponent, and ultimate tensile strength. This solution is then validated by experimental data for various pipeline steels...

... for Internal Pressure Design of Isolated Nozzles in Cylindrical Vessels With d/D⩽1.0,” WRC Bulletin No. 451, May 2000. Rodabaugh, E. C., “A Review of Area Replacement Rules for Pipe Connec-tions in Pressure Vessels and Piping,” WRC Bulletin No. 335, Sept. 1988. Schroeder, J., “Limit and Burst Pressures...

...Y. Kisioglu; J. R. Brevick; G. L. Kinzel The burst pressure of DOT-39 refrigerant cylinders is determined using both experiment and finite element analysis (FEA) approaches. The experimental burst test investigations were carried out by hydrostatic test in which the cylinders were internally...