![]() ![]() Additional training and experience with riser analysis software such as Orcaflex, Flexcom, Riflex, and/or Shear7 is preferred. The candidate would understand the physics behind vortex induced vibration and would know how to estimate stress amplification factors.Ĭandidate should already be trained and have experience using finite element analysis software such as Ansys or Abaqus. The candidate would be familiar with using software such as Riflex, Flexcom, Orcaflex, Shear7, Ansys, and Abaqus. The candidate would be familiar with API 2RD, ISO 13628-7, API 17G, and DNV OS F201. The candidate would have a background in riser technology, structural analysis, fatigue, fracture, hydrodynamics, and metocean conditions. The purpose of the analysis is to determine the design loads of the individual components in the system and the fatigue loading to those same components.Ī qualified candidate would have a minimum of 3 years of experience conducting global riser analysis. Dynamic loads including waves, currents, vortex induced vibration, and vessel motions. ![]() The job entails conducting finite element analysis of entire subsea riser systems in order to determine the dynamic response of the system. Seeking a Technical Specialist with Expertise in Global Hydrodynamic Analysis of Top Tensioned Riser Systems. ![]()
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