.... buckling compressive strength functionally graded materials pressure vessels shear deformation shells (structures) stress-strain relations structural engineering structural panels Pressure vessels are defined as containers with a pressure differential between the inside and the outside...

.... , 1967 , Engineering Considerations of Stress, Strain, and Strength , McGraw-Hill , New York . 17 05 2009 18 01 2010 23 02 2011 23 02 2011 clamps compressive strength elastic constants elasticity elongation fasteners plasticity tensile strength work hardening...

...), depend on the driving mechanism associated with the wrinkle formation and deformation process. axial deformation bending deformation buried pipelines experimental study fracture local buckling monotonic loading oil and gas post-buckling wrinkle bending strength compressive...

.../compressive asymmetry compressive strength creep fracture failure analysis gas turbines nickel alloys stress-strain relations tensile strength 19 09 2008 28 02 2009 03 09 2009 2009 American Society of Mechanical Engineers ...

... layer was formed on the surface and the initial coarse-grained structure in the surface was refined into ultrafine grains. The above results indicate that UIT is an effective approach for protecting weldments against SCC. 11 08 2008 07 04 2009 03 09 2009 compressive strength...

.... The results are interpreted in the context of designing better welding consumables. 29 10 2007 06 08 2008 15 05 2009 arc welding compressive strength internal stresses martensitic steel plates (structures) tensile strength welds bainite martensite neutron diffraction...

... for overstraining gun tubes: hydrostatic autofrettage or swage autofrettage ( 1 ). Bauschinger effect compressive strength fatigue finite difference methods internal stresses iterative methods pipes weapons wear 26 09 2006 24 04 2007 02 10 2008 Kendall , D. P...

... . 27 10 2006 19 06 2007 22 08 2008 compressive strength cracks creep finite element analysis internal stresses neutron diffraction notch strength welds The RCC-MR model ( 5 ), which has an initial primary creep response followed by a secondary (constant strain rate...

... Processing: A Review of the Physics and Applications ,” Opt. Quantum Electron. 0306-8919 , 27 , pp. 1213 – 1229 . austenitic stainless steel compressive strength finite element analysis internal stresses laser materials processing stress corrosion cracking tensile strength welding welds...

... bolted joints clamps compressive strength creep fasteners flanges gaskets mathematical analysis Czernik , D. E. , 1996 , Gaskets Design, Selection, and Testing , McGraw-Hill , New York , pp. 51 – 54 , 89 – 92 . Bailey , R. W. , 1937 , “ Flanged Pipe Joints...

... pressure and compression moment became evident where the outer diameter/wall thickness of a cylinder is large and the yield ratio of the material is small. 08 09 2006 16 01 2007 23 01 2008 bending strength compressive strength finite element analysis plastic deformation tensile...

... of the tensile strength to the compressive strength on the plastic limit loads are discussed. 31 01 2006 20 10 2006 compressive strength elastoplasticity pressure vessels shear strength tensile strength plastic limit analysis strength theory thick-walled cylinder thick-walled...

..., similar to autofrettage but with a shallower gradient away from the bore. Because the liner is not subjected to plastic strain during manufacture, there is no reduction in compressive strength due to the Bauschinger effect and the maximum compressive stress obtainable is greater than that from traditional...

... are met in the work reported herein as part of the initial development and validation of a finite element (FE) procedure. work hardening wear Bauschinger effect weapons fatigue tensile strength compressive strength finite element analysis pressure vessels 05 12 2005 19 12...

... compressive strength yield strength wear Autofrettage is the process of introducing beneficial compressive residual stress by applying and removing an overload pressure ( 1 ). Autofrettage causes steep stress gradients away from bore, but the Bauschinger effect ( 2 ) limits maximum compression...

... in the JOURNAL OF PRESSURE VESSEL TECHNOLOGY . Manuscript received by the PVP Division April 30, 2003; revision received May 6, 2003. Associate Editor: M. Perl. 30 April 2003 06 May 2003 01 08 2003 shrinkage internal stresses fatigue compressive strength wear Bauschinger effect...

... relations numerical analysis compressive strength elastic deformation weapons Autofrettage is a process of applying sufficient internal pressure to a thick-walled tube for part or all of the wall thickness to be stressed beyond the elastic limit. When unloaded, the inner layers of the wall...

... work. However, his results failed to mention any observations about a modulus reduction. The second observation was the expected strength reduction where a reduced compressive strength is observed as a result of prior tensile plastic straining. Numerical curve fits used to calculate residual stresses...