WyndTek can support your project with specialized structural engineering services. Our firm possesses extensive expertise in Finite Element Method (FEM) calculations, support structures, seafstening, and hull stress analysis.
Additionally, WyndTek provides services focused on Fluid-Structure Interaction (FSI) and advanced fatigue calculations in both the time and frequency domains.
We are capable of efficiently modeling the complete vessel and conducting stress analyses to evaluate the structural integrity of the vessel during its voyage and operational activities. By utilizing our proprietary tools and software, we can seamlessly integrate ballast, cargo, and operational loads into our Finite Element Model (FEM) with minimal effort. This process reduces modeling time from several days to approximately one hour. Our expertise includes working with transport vessels and jack-up backhoe dredgers.
The enormous size of cargos, complex operational sequence, and limit deck space are some the challenging factors for designing a practical sea fastening. WyndTek team has a unique approach in designing sea fastening. We involve our client and operational team in the design process from the very beginning of the project to ensure the safety, practicality our design. WyndTek team has an excellent track record in designing complicated sea fastening, especially for the renewable sector.
WyndTek offers concept and detail engineering services for wind turbine offshore foundations. We have experience with different types of foundation including jacket, mono-pile, gravity base, and floating foundation.WyndTek can perform coupled and decoupled load analysis for the wind turbines which reduce the design time and helps us to optimize the foundation design in the shortest time.