What kind of companies use Orcaflex for their design and analysis work?
OrcaFlex is oil and gas software used by engineer consultants in the design of off shore and marine structures. OrcaFlex has applications for anchor analysis, hydrodynamic analysis, single anchor leg mooring (SALM) and catenary anchor leg mooring (CALM). These tools allow quality engineering firms to utilize their experience and creativity to resolve any mooring issues may exist. Any company that designs any facet of off shore structures, or consults in the safety or emergency response to incidents, should have this software in their library of tools.
OrcaFlex, the most powerful marine technology software available today, is used by more than 170 organizations all over the world to design and analysis marine projects. It is a comprehensive software solution that allows engineer consultants like STA to perform a wide range of analyses. Using our 20 years of experience on a variety of analysis projects, OrcaFlex helps us achieve quality solutions. With the proper software and experienced engineers, we can overcome any obstacle to develop a workable and satisfactory solution for your needs. Stewart Technology Associates (STA) and OrcaFlex software provides a powerful collaborator in your project.
Where can we buy Orcaflex services tools?
Just owning the software is not enough. It’s a tool in an engineers toolbox, not a replacement for engineer consultants. The hardcore engineering calculations are completed by the software, but the art of engineering requires experience and creativity. Stewart Technology Associates can sell you the software, but, they are a better collaborator on your job.
It is the state of the art marine structure software.
What kind of analysis can we undertake through Orcaflex?
OrcaFlex, the most powerful marine technology software available today, is used by more than 170 organizations all over the world to design and analysis marine projects. It is a comprehensive software solution that allows a wide range of analyses. Key areas of technological innovation include:
- Hydrodynamic analysis.
- Riser analysis
- Anchor
- Waves
- Mooring systems
With the proper software and experienced engineers, you can overcome any obstacle to develop a workable and satisfactory solution for your marine analysis needs. But, notice the need for experienced engineer consultants who use the software as a tool, not the final arbiter of a solution.
Stewart Technology Associates (STA) is really the best choice to partner with to analyze your marine applications and challenges to find the correct solution. We excel at hydrodynamic analysis consultancy service in part because we utilize Orcina’s OrcaFlex marine engineering software.
How can OrcaFlex apply to my offshore operations?
Published by Stewart Technologies on June 10, 2016
OrcaFlex has rapidly become the model software for a variety of offshore operations. If you're looking for a robust solution to meet your marine system's needs then just consider the following applications of OrcaFlex:
- Risers: OrcaFlex is a huge asset in situations like modeling the emergency disconnect of a drilling riser. This software can correctly model the riser's recoil to ensure the appropriate equipment is chosen to prevent against traveling stress that can cause damage to the drill rig during disconnect.
- Moorings: OrcaFlex software can also be utilized to model a branched mooring system and help operators understand the dynamics of sea drifts, winds, and vessel weight in order to create an ideal mooring system.
- Installation Analysis: Offshore operations worldwide choose OrcaFlex due to its unique capability to show dynamic simulations of how various installations will work on a given seabed template. This includes showcasing the unique dynamics of the lowering wire, vessel maneuvering, and winch control.
- Towed Systems: Towing objects isn't simple. OrcaFlex can be used to model towing dynamics; from the vessel doing the towing, to the object being towed. This full package solution includes tools to control for the depth of the array as well as its weight.