... of oil temperature in oil tank were obtained. heating process coil oil tank monitoring point tank natural convection production control temperature sensor production logging upper part waxy crude oil static environment crude oil oil temperature variation rate temperature change...

... upstream oil & gas temperature change fgdc shell through-thickness distribution thickness direction thermal load doubly curved shell fdcl method thickness coordinate boundary condition finite layer method thermo-elastic analysis formulation denote field variable Coupled Thermo-elastic...

... the explosive loads are imposed. Consequently, because of the high strain rates, high temperature changes can be induced within a short period through the coupling effects. When 442 Proceedings of the Twenty-eighth (2018) International Ocean and Polar Engineering Conference Sapporo, Japan, June 10-15, 2018...

... pipe armor inner pressure heat pipe flexible pipe elongation pressure cycle influence armor wire linearly cylinder end fitting tensile armor numerical model temperature change stiffness pressure sheath specimen different temperature characteristic ABSTRACT...

... quantity of water intake at the largest facility in Japan is about 13,000 t per day. deep ocean water discharge ocean water water temperature grazing rate deep ocean water water management gelidium elegan bed restoration discharge biomass water temperature change sea urchin light...

... because the temperature change is efficiently compensated. The temperature compensated FBG cone penetrometer shows excellent sensitivity and detects the interface of the layered soils with higher resolution. In addition, the temperature change near the cone tip is monitored during the cone penetration...

..., in the open-air environment at about 0 . Fig. 1 Railway thermit welding joints of test STRENGTH OF RAIL STEEL WITH TEMPERATURE CHANGES The mechanical properties of steel will change while the temperature varies. As the temperature decreases, tensile strength, yield strength and elastic modulus increase...

... the vibration-based structural condition monitoring and vibration control techniques to engineering structures. Environmental conditions affect structural vibration properties in a complicated manner, so in this paper the variations of frequencies, mode shapes and damping with respect to temperature changes...

... engineering probability temperature change flowline corrosion hull girder pipeline corrosion riser corrosion procedure subsurface corrosion temperature effect structural reliability strength reliability ship structure artificial intelligence combination factor limit state...

... or uncertainty in analysis models, all of which could contribute to a generally small probability that the structure does not perform as it was originally designed. thermal stress hull girder upstream oil & gas strength limit state function fpso reliability probability temperature change...

... ABSTRACT The present paper investigates long-term changes in mean sea-level as well as correlation among sea-level, atmospheric pressure and air temperature changes around the coast of the Sea of Japan (East Sea). Tidal data have been analyzed by moving average and the results showed...

... out that the conditions of the heat sink/source fluid and the performance of the heat exchangers must be considered to estimate the heat pump cycle performance. heat transfer coefficient thermal efficiency pressure loss renewable energy efficiency binary mixture temperature change...