... ABSTRACT This study evaluates the safety of liquefied hydrogen as an energy carrier by calculating the tanks' load and deformation during the largest possible earthquake. The stress-strain relationship of the mixed phase is given by the secant method, which is one of the homogenization methods...

... and important conclusions are given. INTRODUCTION When a bridge is subjected to conditions such as seismic forces and foundation scour, the bridge stress-strain relationship will be changed. This affects the safety of the bridge structure. In order to ensure the safety of the bridge, the main purpose...

... by considering two dimensional planes into consideration (2D). In this case, the critical buckling load and stress-strain curve is achieved. The result obtained by FE Analysis is compared with the analytical solution. calculation timoshenko stress-strain relationship asymmetrical shape lateral load...

..., the calculation results are compared with the results obtained from FE analysis. fea result imperfection stress-strain relationship loading condition deflection mid-ship section bulk carrier calculation result hull girder ultimate strength marine transportation ship hungry horse mode initial...

... for better understanding hydrate sediment samples. decomposition triaxial compression test mechanical property sediment sample shear strength gas hydrate stress-strain relationship flow assurance non-hydrate sediment sample saturation different hydrate saturation hydrate sediment sample...

... Abstract The nonlinear stress-strain relationship of synthetic fiber ropes under cyclic loading is a property of vital importance which directly influences the dynamic tension response of mooring lines. How to capture the load-elongation relationship of the synthetic fiber mooring lines under...

... force and fracture behaviors could be successfully simulated by the material model proposed in this study. impact test drop height midstream oil & gas dynamic behavior gas monetization puf density stress-strain relationship test condition comparison result lng strength material...

... with highly UV resistance placing into the wire-cell unit before filling the soils. triaxial compression test relative density internal friction angle boundary displacement geotextile riverbank stress-strain relationship soil gabion gabion soil gabion wall strength upstream oil & gas...

... The evaluation method for microstructural stress-strain relationship of materials using the triangular pyramidal indenter is proposed in order to investigate the mechanical properties of steels and weld zone. The existing evaluation method using the ball indenter is correspondingly applied...

... embankment displacement integration engineering hughes stress-strain relationship constitutive model vertical displacement formulation jaumann stress rate mise model deformation analysis horizontal displacement constitutive equation implementation procedure consistent tangent moduli...

... layer stress-strain relationship displacement shear strain stiffness horizontal cyclic loading spt n-value kpa horizontal displacement fine grained soil content fc max 4kn shear stress pipeline movement offshore pipeline Paper No. 2006-JSC-234 Takatani Page number: 1 Numerical Simulation...

... such long term property as shrinkage, creep and strength development of the material. So far, long term property of concrete and FRC has been studied by many researchers specimen institute stress-strain relationship test result strength development cyclic loading compressive strength equation...

... ABSTRACT Aluminium alloy is characterized by the high strain-hardening rate relative to Young's modulus and round stress-strain relationship above elastic limit. The reduction of strength (softening) in heat affected zone of welded aluminium structures is also one typical characteristic...

... plastic materials and corrosion ultimate axial stress upstream oil & gas circumferential failure defect strength equation stress-strain relationship stress distribution weld procedure Proceedings of the Tenth (2000) International Offshore and Polar Engineering Conference Seattle, USA, May...

... in stress analyses of soils, however, it is necessary to describe the stress-strain behavior of the soil in quantitative terms. The hyperbolic stress-strain relationships were developed for use in nonlinear incremental analysis of soil deformations. In each increment of such analyses, the stress-strain...

... can be used as a reference for engineering stability analysis, coastal engineering designs and constructions, and research purposes. INTRODUCTION In the phenomena of soil masses and soil particles, the stress-strain relationship has been an important index in describing the soil behavior...

... nonlinear analysis stress-strain relationship steel bar loading fatigue behavior Proceedings of the Third (1993) Internationul Offshore and Polar Engineering Conference Singapore, 6-11 June 1993 Copyright © 1993 by The International Society of Offshore and Polar Engineers ISBN 1-880653-05-2 (Set...

... to the nonlinear finite element analysis is also necessary. stress concentration integration point offshore platform formula finite element method stress-strain relationship steel bar compressive strength design method upstream oil & gas finite element analysis experimental model necessary...