Services
Structural Calculations
We're a dynamic engineering company specializing in tailored structural solutions. Our experienced team designs and analyzes structures and equipment from concept to fabrication and beyond. We can help you.
With more than 10 years of knowledge on various applicable industry standards and codes such as:
- API WSD
- NORSOK
- DNV ISO
- EUROCODES
- BV
We use leading software programs to assist our work in structural and mechanical design in combination with hand calculations and in-house tools developed for specific purposes (Code-check of structural elements, Fatigue Analysis, Buckling of beam elements, plates and shells).
Our engineers use the following software:
- Ansys
- SACS Bentley
- Mathcad
- Python
- Matlab
Our extensive portfolio of structural analysis, developed in the last 10 years, for offshore structures using SACS includes the following:
- In-place ULS and SLS including Load Combinations to specified code and standards
- Marine Transport Analysis
- Lifting/Load-out Analysis
- Fatigue Limit State
- On Bottom Stability
- Grillage and Sea fastening design
- Boat (Ship) Impact
- Dropped Object
- Vibration Analysis
Frequently Asked Questions
Which codes and standards do you design to?
We perform structural calculations to API WSD, NORSOK, DNV, ISO, the Eurocodes, and Bureau Veritas, selecting the code basis that matches your project, certifying authority, and region.
Do you work on offshore steel structures?
Yes. We have more than ten years of experience analysing fixed and floating offshore steel structures, including in-place ULS and SLS, fatigue, marine transport, lifting and load-out, on-bottom stability, and sea-fastening design.
What software do you use for structural analysis?
We use SACS (Bentley) for offshore frame analysis, Ansys for finite element work, and Mathcad, Python, and Matlab for hand calculations and in-house tools covering code checks, fatigue, and buckling.
Do you combine hand calculations with software analysis?
Yes. We back up software results with independent hand calculations and purpose-built in-house tools for code checking of structural elements, fatigue analysis, and buckling of beams, plates, and shells, so every result is verified.