... of the Strain Growth Phenomenon ,” J. Perform. Construct. Facil. , 25 ( 5 ), pp. 394 – 399 . 31 01 2011 21 09 2011 13 01 2012 13 01 2012 design engineering explosions explosives impact (mechanical) pressure vessels shapes (structures) explosion containment vessel...

... crack-edge stress field analysis fatigue cracks finite element analysis pressure vessels shapes (structures) stress corrosion cracking structural engineering yield stress In a wide range of industries such as power, chemical, food preparation, nuclear, renewable energy, and armament...

.... 14 05 2010 17 05 2011 02 12 2011 02 12 2011 elasticity finite element analysis plasticity shapes (structures) thermomechanical treatment shakedown opening thick cylinder bree diagram Thick-walled cylinders which are widely used in chemical, petroleum...

... shapes (structures) work hardening Besides changing the direction of fluid flow, pipe bends do add necessary flexibility to the entire pipeline system. It has been theoretically proven by von Kàrmàn ( 1 ) that pipe bends acquire smaller flexural rigidity compared with straight pipes of the same...

... the centerline, different shapes of the charge also lead to different peak strains. The length-to-diameter ratio at which the highest peak strain is obtained is also different. 27 07 2010 30 11 2010 14 07 2011 14 07 2011 detonation shapes (structures) vibrations walls...

... 01 2011 14 07 2011 14 07 2011 boundary-value problems loading shapes (structures) thermoelasticity coupled thermoelasticity hollow cylinder exact solution The coupled thermoelasticity of structural problems is frequently referred to in literature, where...

.... 21 10 2009 15 06 2010 21 04 2011 21 04 2011 cracks finite element analysis pipes pressure vessels shapes (structures) overlapped internal and external volumetric flaws plastic collapse FFS p - M diagram method There are numerous cases where the pressure...

.... Wien, Math.-Naturwiss. Kl., Abt. 2A 0376-2629 , 145 , pp. 195 – 210 . ASME , 2007 , Boiler and Pressure Vessel Code , The American Society of Mechanical Engineers , New York . 23 04 2010 12 07 2010 04 04 2011 04 04 2011 composite materials plasticity shapes...

... to be reconsidered in two-phase flows. aerodynamics flow simulation force shapes (structures) 20 09 2007 21 08 2009 09 02 2011 09 02 2011 d distance separating the BOP from the tube axis (m) d ∗ distance between the mixer and the BOP (m) d...

.... hydrofining reactor hydrogen nozzle residual stress finite element chemical reactors deformation finite element analysis internal stresses nozzles oil refining shapes (structures) stress corrosion cracking welding The new structure for nozzle-to-head welding The ends of flanging...

.... Also, it is seen that the optimal working pressure is about 120 MPa. Volumetric density 05 04 2009 02 06 2010 21 01 2011 21 01 2011 pressure vessels shapes (structures) pressure vessel multicell Kelvin structure The pressure vessel is widely used...

... shapes (structures) steel In numerous applications, externally pressurized steel cylinders are confined within a rigid or deformable cavity. Typical examples are buried steel pipelines ( 1 ), steel liners for the rehabilitation of damaged pipelines ( 2 ), steel tunnels and ducts in power plants...

...: Fracture Performance Tests-Monotonic Burst Tests ,” The International Standards Organization, Geneva, Switzerland. 17 10 2009 07 03 2010 19 10 2010 19 10 2010 alloy steel fatigue cracks fatigue testing reliability shapes (structures) tanks (containers) Seamless...

... in-plane moment plastic limit load experimental study finite element analysis elastic limit finite element analysis nozzles plasticity pressure vessels shapes (structures) 15 08 2009 29 04 2010 13 10 2010 13 10 2010 Three model vessels with different d / D...

... shapes (structures) surface cracks Thick-walled cylindrical pressure vessels have gained wide application in the power, chemical, food preparation, renewable energy, and armament industries. Specific examples may include, but not limited to, industrial boilers, nuclear reactors, high-pressure...

.... Hetnarski for his life long effort to promote the science of thermal stresses. coupled thermoelasticity hollow sphere exact solution loading shapes (structures) thermoelasticity 18 05 2009 20 01 2010 04 05 2010 04 05 2010 2010 American Society of Mechanical...

... displacement idealized through-wall crack leak-before-break leak rate slanted through-wall crack bending cracks elasticity finite element analysis pipes plates (structures) shapes (structures) 24 07 2008 05 06 2009 12 01 2010 12 01 2010 2010 American Society...

... from design fatigue data. The fatigue life of the autofrettaged vessel with such an optimum pressure is significantly increased compared with the case where no autofrettage is used. fatigue finite element analysis pressure vessels shapes (structures) wear In the autofrettage process...

... is compared with elastic-plastic finite element analysis for several notch configurations exhibiting two-dimensional and three-dimensional effects. elasticity elastoplasticity finite element analysis notch strength shapes (structures) stress-strain relations notch stress-strain conversion (NSSC...

... a cylindrical shell bursts. dynamic burst pressure cylindrical shell cylinder pipeline FEA LS-DYNA carbon steel finite element analysis shapes (structures) shells (structures) structural engineering computing tensile strength 19 01 2009 04 09 2009 13 10 2009...