... tank. 17 09 2008 04 01 2011 11 07 2011 11 07 2011 creep finite element analysis stress-strain relations tanks (containers) Young's modulus functionally graded materials spherical tank creep stress creep strain time step Graded compositions are commonly...

... and compared with experimental ones. 26 07 2010 15 10 2010 30 03 2011 30 03 2011 failure analysis finite element analysis fuel storage fuel systems internal combustion engines petroleum pressure shells (structures) tanks (containers) burst pressures toroidal shells...

... 10 2009 07 03 2010 19 10 2010 19 10 2010 alloy steel fatigue cracks fatigue testing reliability shapes (structures) tanks (containers) Seamless steel and aluminum alloy cylinders used to transport high pressure gases are required to meet safety requirements based...

... dynamic testing earthquake engineering elastic deformation sloshing structural 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...

... is the equivalent stress in the corroded area of the shell. Rearranging Eq. 15 , we can obtain 16 m d 0 = σ y 2 V R σ e U 2 V U + σ e D 2 V D Three RSFs are considered next for evaluation of industrial storage tanks containing corrosion damage...

... deformation fuel storage modal analysis roofs sloshing stress analysis tanks (containers) vibrations The vibration of a floating roof due to sloshing in a circular cylindrical tank is a subject of great importance in estimating the safety of large oil storage tanks ( 1 2 ). The oscillatory...

... flaw are used ( 9 ). bending elasticity finite element analysis pipes pressure vessels tanks (containers) yield stress 10 04 2009 16 09 2009 29 01 2010 29 01 2010 2010 American Society of Mechanical Engineers ...

.... 12 11 2007 16 06 2008 30 11 2009 30 11 2009 finite element analysis Fourier series partial differential equations pressure vessels shells (structures) tanks (containers) vibrations flat-bottom cylindrical shell tank fluid pressure angular acceleration uplift...

... tank fluid pressure uplift motion Fourier–Bessel expansion velocity potential pivoting edge normalized fluid pressure angular acceleration slice model deformation Fourier series hydrodynamics Laplace equations plates (structures) shells (structures) tanks (containers) 12 11...

... aerodynamics plates (structures) roofs tanks (containers) turbulence wind liquid storage tank floating roof wind load sloshing fluid-structure interaction wind tunnel test The sloshing of contained liquid is one of the major considerations in the design of liquid storage tanks under...

... (structures) earthquake engineering elasticity plates (structures) seismology sloshing tanks (containers) vibrations liquid storage tank floating roof single-deck sloshing fluid-structure interaction potential theory long-period ground motion During the September 2003 Tokachi-oki...

...) for the liquid domain. earthquake engineering finite element analysis flexible structures seismology tanks (containers) Although the early interest on the dynamic characteristics of a contained liquid dates back to the beginning of the previous century, e.g., Ref. 1 , the 1964 Alaska...

... for the stress factors. The results of this paper have been incorporated into Appendix P of API 650 with the Addendum 3 of the 10th edition which was issued in 2003. 23 01 2006 27 09 2006 tanks (containers) nozzles finite element analysis stress analysis In Appendix P of API 650...

... and mass of the floating roof on the sloshing response. 09 05 2006 10 07 2006 earthquake engineering elasticity plates (structures) roofs seismology sloshing tanks (containers) vibrations liquid storage tank floating roof sloshing fluid-structure interaction potential...

.... 17 01 2006 24 04 2006 hydrogen storage pressure vessels tanks (containers) design engineering hydrogen embrittlement finite element analysis Hydrogen storage is a key issue for hydrogen applications such as hydrogen-driven vehicles. Research targets have been designated...

... and shows how severely heated length and liquid energy affected the outcome. 17 04 2006 19 04 2006 valves pressure vessels organic compounds fires tanks (containers) explosions vapour pressure fuel storage When a tank holding a pressure liquefied gas such as LPG or propane...

... was considered. 28 08 2005 30 03 2006 cryogenics pressure vessels pipes shock wave effects coolants tanks (containers) thermal insulation The safety countermeasure of cryogenic pressure vessels for liquid nitrogen, oxygen, and LNG depends on the pressure release by a blow valve...

... 01 2006 pressure vessels tanks (containers) legislation goods distribution standards road safety maintenance engineering Tanks used to haul dangerous goods on the highway, known to ASME as “cargo tanks,” are currently designed based on rules from the Title 49 of the Code...

..., and Records, and Part TP-Continued Service, Repair and Alteration. Section XII is organized with a general set of rules for construction and continued service of transport tanks contained in ten parts, 11 mandatory appendices, and seven nonmandatory appendices. Additional rules for each specific type...

... tanks (containers) design engineering earthquakes sloshing structural engineering Cylindrical and spherical tanks or pressure vessels are common in chemical plants or refineries. They are employed as storage vessels for liquefied petroleum gas (LPG), liquid propane, propylene, and LNG...