Sesam for Structural design of Offshore Substations

Discover how Sesam simplifies structural analysis of a jacket foundations and the stiffened and non-stiffened plate topside.

Beyond traditional models: Advancing turbine interaction with WindFarmer CFD.ML

Learn how to improve your rapid predictions of blockage and wakes by considering site-specific atmospheric conditions with DNV's new innovative model; WindFarmer CFD.ML v2.

Maximize solar energy on challenging terrains

Learn how you can accurately model yields for solar trackers on irregular terrain.

Speed up conceptual studies and early design of floating offshore wind substructures

Learn how proven offshore structural analysis methods in frequency domain can be used in the development of floating offshore wind substructures. 

Bladed 4.16 - Large turbine modelling improvements

Reduce the cost of floating wind foundations with accurate turbine modelling

Watch our free webinar to learn how floating wind foundation designers benefit from Bladed’s advanced turbine modelling capabilities – reducing the cost of floating foundations.

Session 4: New floating wind fatigue analysis workflow in Sesam

New fast time domain simulation methods for floating wind substructure design

Watch our webinar: Addressing offshore wake prediction biases

Validation of wake prediction and enhancing turbine energy prediction accuracy with innovative modelling approaches in WindFarmer and high-fidelity RANS CFD.

Transportation & Installation

Learn how you can do analysis of T&I (transportation & installation) of offshore wind turbines and foundations.

Streamlining time domain fatigue analysis of floating offshore wind foundations

DNV is proud to release software that accelerates the performance of FOWT fatigue analysis based on thousands of Design Load Cases (DLC). The fatigue calculations support the most recent edition of DNV- RP-C203 including uni- and multi-directional hot spot fatigue checks.

Session 3: Current state-of-the-art for design of floating wind turbines

Session 2: Faster performance and improved integration

Creating the next generation of validated turbine interaction models for offshore wind farms

Bladed 4.14 - New physics models for large blade stability and floating wind turbines

Bladed 4.13 - Customise your wind turbine simulations and improve the fidelity of offshore jacket design

Reduce simulation cost by an order of magnitude with Bladed 4.12

Offshore wind design - from layout to fatigue

Bladed roadmap and your priorities

New capabilities for seismic analysis of offshore wind structures in Sesam and Bladed

Get your results twice as fast with Bladed 4.11

Setting up your Bladed environment for Linux tutorial

This on-demand webinar provides guidance to setup the Bladed environment for Linux.

Raw timeseries to P90 net energy

WindFarmer - customisable software for repeatable wind resource assessments

Cloud FEA for offshore wind projects

Structural analysis in the cloud for reduced analysis time