..., it is found that their results are quiet acceptable. Therefore, the model proposed by (Melchers R E, Ahammed M, Jeffrey R, 2010) will be adopted and embedded in stochastic FEA of this paper. pipeline corrosion riser corrosion strength metals & mining subsurface corrosion monte carlo simulation...

... also have uncertainty. monte carlo simulation significance fatigue analysis steel catenary riser elementary effect coefficient drag coefficient probability tdp morris method fatigue damage tdz interaction scr fatigue scr fatigue life sensitivity analysis Probability study...

.... Each random case generated from the Monte Carlo simulation is assessed against the failure criteria and a resultant probability of failure is generated. The SRA Monte Carlo simulation demonstrated that the protective effect of the close parallel lay of the 12" gas and the 12"/16" PIP flowlines...

... stiffness derived from measured axial tension and axial strain calculated from total station measurements is compared to the theoretical axial stiffness of the steel tube. Monte Carlo simulations are used to establish the relationship between the uncertainty of the axial strain and the number of measurement...

... tower top response modal platform design monopiled offshore wind turbine residue wind energy uncertain modal exp wind turbine monopiled owt vibration analysis offshore projects planning and execution owt monte carlo simulation reservoir simulation offshore wind turbine renewable...

... of the FORM and SORM, Monte Carlo simulation was also carried out to derive the true limit state function and compared with the results of FORM and SORM. INTRODUCTION Welded structures are inevitably susceptible to the cracks either at weld toe or within welds due to the variety of reasons...

... condition monte carlo simulation sensitivity analysis significant wave height offshore wind turbine variation platform design extreme stress means risk management reservoir simulation Sensitivity Analysis of Monopiles Fatigue Stresses to Site Conditions Using Monte Carlo Simulation Ana Gli i...

... artificial intelligence fracture fracture toughness distribution likelihood function macroscopically inhomogeneous specimen fracture toughness test hydraulic fracturing beremin model monte carlo simulation probability calculation new likelihood function weibull parameter specimen...

...) are used for carrying out decline curve analysis (DCA). To minimize the uncertainty in predicting the production of shale gas having a significant variation in the initial production behavior, Monte Carlo simulation is used to single-well analysis. Monte Carlo simulation is also used in combination...

... are discussed. probability soil property response pdf standard deviation api rp 2geo equation upstream oil & gas monte carlo simulation strength approximate analytical approach reserves evaluation drilling operation management simulation subsea system shear strength strength profile...

... confidence level is proposed. The significance of the estimation procedure is verified by Monte Carlo simulations. In this study, typical distribution parameters derived from experimental work in the Arctic Materials R&D project are selected as basis. Parameter studies are carried out by Monte Carlo...

... and harbor structures are used for longer periods. equation water level breakwater harbor structure estimation harbor area sea level rise incident wave total repair cost climate change monte carlo simulation wave-dissipating block wave height repair cost cost equivalent reduction...

... Beam element representation of the ship. investigation monte carlo simulation sea state artificial intelligence vibration response level wave sequence probability distribution exceedance rate response statistics amplitude pareto distribution machine learning statistics frequency...

... on a versatile and efficient Monte Carlo simulation methodology. The spanning pipeline is modeled as a multi-degree of freedom system and the wave loading is modeled as a random process possessing the characteristics of the Pierson-Moskowitz spectrum. In the context of a parametric type of study, reliability...

... reliability analysis monte carlo simulation structural safety Reliability Analysis of Cracked Structures by an Interactive Finite Element-Based Method Achinike Uche Ibekwe, Yongchang Pu & Robert S. Dow School of Marine Science & Technology, Newcastle University Newcastle Upon Tyne, UK ABSTRACT...

... in this study. Monte Carlo simulation is applied to estimate the conditional failure probability and field data of weld flaws detected by AUT (Automated Ultrasonic Testing) are utilized to improve the precision of the simulation. INTRODUCTION Offshore pipelines provide one of the safest and most reliable...

... of approach velocity of Port M was much larger than that Port N and the approach velocity was getting even larger with the ship size. Therefore, the fender energy absorption performance must be larger with the larger ship size. From the condition of Port M and the result of Monte Carlo simulation, the design...

... of the USA. wave crest local maximum crest boccotti monte carlo simulation wave crest pressure absolute maximum successive wave crest local maxima crest height application artificial intelligence probability sea state mechanics abscissa gaussian sea Successive Wave Crests...

... that the new procedure enhance the evaluation of the JONSWAP parameters even when a double-peaked spectrum is fitted. In this latter case, the procedure reasonably estimates ten different parameters of two JONSWAP models. Several Monte Carlo simulations have been carried out with the twice goals of validating...

...; Smith s Method; Database; Monte Carlo Simulation; Sensitivity Analysis. INTRODUCTION Longitudinal strength is one of the most important structural aspects of ship strength. Longitudinal ultimate strength is also important and has been studied by many researchers (Yao and Nikolov, 1991; Yao and Nikolov...