Marine, Subsea and Offshore Structures

Engineering for wave and wind loading, floating platforms and subsea pipelines are but a few areas that involve fluid-structure interactions. In the oil and gas industry, design, development, construction, deployment and operation of equipment is performed using many suppliers, diverse customized product design methodologies, and a variety of experiments and software solutions. Because of this complex mix of experiments and simulations, some interactions between various forces are often missed during product design and analysis.

The solution is to use one seamless multiphysics simulation platform for all your design challenges. The ANSYS solution framework helps organizations move engineering simulation from a siloed design validation practice to a workflow process that drives optimization in a world of design input uncertainty. We provide an integrated solution that combines best-in-class software from each area of physics, ensuring that engineers can account for all applicable physical phenomena.

ANSYS fluid, structural mechanics and electronics solutions are supported by high-performance computing (HPC), including design of experiments (DOE), parametric optimization, Six Sigma, bidirectional CAD connectivity, and multi-scale, multi-domain, system-level analyses.

Integrated Solutions for Offshore, FLNG and Subsea Applications

Integrated Solutions for Offshore, FLNG and Subsea Applications, (Fluid, Structure, Hydrodynamic, Electronic)

With ANSYS simulation software, you get improved engineering productivity via an integrated simulation environment, which leads to better product design and performance optimization. Complete virtual prototyping offers deeper system knowledge and accelerates product development. The systematic approach results in product integrity and innovation, along with reduced costs.