...Shou-Jun Chen; Qi An; Yi Zhang; Lian-Xin Gao; Qiang Li This paper presents a new analytical method that can calculate the load distribution on the thread teeth in cylindrical pipe threaded connection. The new method was developed by analyzing each male and female thread tooth from the connection...

.... The hoop radius-to-thickness ratio, r / t , varied from about 15 to 30. The experimental collapse pressures were in the range from 4 to 8 MPa. Comparisons with numerical results are also provided. load distribution testing pressure vessels modelling Recent numerical studies into static...

... received October 8, 2002. Associate Editor: D. P. Jones. 03 June 2002 08 October 2002 31 01 2003 load distribution plasticity stress analysis Young's modulus Assessing the load carrying capacity under the applied loads is an important goal in structural analysis. Limit...

... OF PRESSURE VESSEL TECHNOLOGY . Manuscript received by the PVP division, December 4, 2001; revised manuscript received August 19, 2002. Associate Editor: S. Rahman. 04 December 2001 19 August 2002 31 01 2003 cracks load distribution strain measurement fatigue fatigue cracks...

... theories. They are used herein to study the errors of a shell theory based on the classical Love-Kirchhoff hypothesis. 14 August 2001 30 July 2002 31 01 2003 elasticity continuum mechanics differential equations load distribution Laminated fiber-reinforced composites...

.... Kisisel. 19 July 2001 20 May 2002 08 11 2002 continuum mechanics load distribution pressure control pressure vessels finite element analysis Jones and Holliday 1 recently reported simulations of clamped circular disks employing a continuum finite element method...

... June 2002 08 11 2002 load distribution plastic flow finite element analysis variational techniques A robust procedure based on linear elastic finite element analyses to estimate the load-carrying capacity of a structure is presented in this paper. Limit analysis is concerned...

... 2002 finite element analysis load distribution multilayers stress analysis Robust approximate methods are often used to estimate limit load of structures. A number of these methods are readily applicable to conventional structures made of single isotropic materials. Some well-known...

... 2002 08 11 2002 crack detection load distribution cracks fracture mechanics perturbation techniques elasticity For structures containing cracks, the stress-intensity factor (SIF) and energy release rate (ERR) are the well-known fracture parameters in linear-elastic fracture...

... pressure vessels load distribution strain measurement Nondestructive strain measurements are made by neutron diffraction to scan the internal distribution of stresses in intact engineering components, such as bent tubes 1 , welded plates 2 , and welded pipes 3 . Because it is nondestructive...

... detection cracks load distribution aerospace simulation Throughout literature, different numerical techniques have also been applied to study multisite damage. They include the finite element method (Jiang et al. 1 ), the boundary element method (Tu and Dia 2 , and Tu and Cai 3 ) and the body...

... and using a simple formula. If the bulged profile is beyond the permissible limits, consideration should be given to making repairs or rigorous stress analysis should be performed to evaluate the strength of the bulge. load distribution pressure vessels pressure control deformation welding...

... response to such explosions is available in the open literature, and that which is available is usually of limited use as the pressure histories that gave rise to the failure modes are not known. detonation pressure vessels load distribution pipe flow continuum mechanics 15 August...

..., of THE AMERICAN SOCIETY OF MECHANICAL ENGINEERS . Manuscript received by the PVP Division, March 23, 2001; revised manuscript received March 23, 2001. Editor: S. Y. Zamrik. 22 July 2001 23 March 2001 23 March 2001 continuum mechanics load distribution bending pressure vessels...

... February 2001 pressure vessels load distribution seismic waves plasticity yield stress A piping system under extreme loading conditions will experience plastic yielding, generally in limited areas. The yielding shall affect the dynamic response, both in terms of modal shapes...

... and distribution of the resulting stress states over time. Excellent agreement was seen between the derived temperature and stress relationships and a finite element analysis when the thermophysical and thermoelastic properties were assumed to be independent of temperature. pipe flow thermoelasticity load...

... July 24, 2000. Editor: S. Y. Zamrik. 23 July 2000 01 May 2000 24 July 2000 nonlinear systems nonlinear equations pipe flow load distribution bending pressure vessels pressure stress-strain relations elasticity elastic deformation plasticity Pipe bends...

.... Associate Technical Editor: C. Jaske. 26 July 1999 06 July 2000 stress analysis design engineering mechanical engineering computing mechanical properties pressure vessels load distribution Effective techniques for structural design and assessment rely on a trade-off between...

... August 1999 04 May 1999 07 March 2000 load distribution fracture toughness pressure vessels steel Recently published ASTM Standard E 1921 1 provides acceptable practices for conducting fracture toughness tests in the brittle-to-ductile transition temperature regime...

... load distribution pressure vessels The plastic limit load, which determines the load-carrying capacity of structures, is an important parameter in performing structural integrity assessment (see Ainsworth and Budden 1 ; Chen et al. 2 ). Therefore, how to determine the limit load efficiently...