...C. Gato; Y. Shie Dynamic fracture of thin-walled cylindrical structures is studied with a large deformation meshfree method. Due to the higher order continuity and smoothness of the shape functions, meshfree methods are well suited to simulate dynamic fracture of thin-walled structures since...

... in the liner pipe. Less fit between the liner and outer pipe indicates less compressive hoop stress in the liner (Fig. 2 ). bending buckling corrosion resistance finite element analysis pipes thin wall structures 09 06 2010 03 12 2010 20 01 2011 20 01 2011...

... stability steel structural engineering thin wall structures Buckling of thin-walled cylinders under axial compression constitutes one of the most classical problems of structural mechanics, with numerous applications in civil, aerospace, mechanical, and marine engineering. Under uniform meridian...

... engineering tanks (containers) thin wall structures vibrations In Japan, the seismic design of cylindrical water storage tanks has been an important issue since the Hyogoken–Nanbu earthquake in 1995 ( 1 2 3 ). In order to improve seismic design methods, it is necessary to clarify the vibration...

... , 93 , pp. 447 – 455 . 10.1016/j.ress.2006.12.009 20 10 2008 10 06 2009 20 08 2010 20 08 2010 corrosion failure analysis maintenance engineering numerical analysis pipelines pipes thin wall structures failure pressure infinitely long groove burst test...

... toroidal shells failure (mechanical) mechanical stability pipes plastic deformation plasticity shells (structures) thin wall structures 07 02 2009 08 05 2009 28 07 2009 Material properties of the virgin coupon (stainless steel 316/316L) Young’s modulus E...

... stations pipes thin wall structures wall-thinned elbow full-scale pipe test failure pressure in-plane bending load flow-accelerated corrosion (FAC) nuclear power plants (NPPs) Local wall-thinning due to flow-accelerated corrosion (FAC) is the main degradation mechanism of carbon steel...

... wall structures Nine years have past since coolant leakage in a nuclear power plant due to thermal fatigue induced by sinusoidal coolant temperature fluctuation (thermal striping) was reported ( 1 ) (Fig. 1 , left). Since thermal striping is usually uncontrollable and since the damage...

... elasticity fracture pipes plastic deformation structural engineering thin wall structures The goal of this paper is to summarize the state of knowledge about gaseous detonation loading of piping and indicate some of the more important issues that have to be considered in analyzing these problems...

... plastic deformation pressure vessels shafts shear strength stress-strain relations tensile strength thin wall structures torsion 27 02 2007 18 07 2007 11 12 2008 2009 American Society of Mechanical Engineers ...

... functions and/or combinations with polynomials can also be used. inverse problems least squares approximations polynomials slabs stress-strain relations thermal shock thermoelasticity thin wall structures transient analysis inverse transient thermal-stress and -strain cylinder slab...

... stresses thin wall structures quasistatic and low-cycle fracture (crack growth) thermal (dilatational) loading moving load In fracture mechanics problems, traditionally, a mechanical loading is considered. If the load value exceeds some critical threshold, then a crack will grow unstably...

... , pp. 213 – 226 . Kihara , H. , and Ikeda , K. , 1973 , “ Technical Application of Fracture Mechanics to Thin-Walled Structures ,” Int. J. Pressure Vessels Piping 0308-0161 , 1 ( 4 ), pp. 317 – 338 . Torop , V. M. , and Orynyak , I. V. , 1992 , “ The Evaluation...