Session 4: New floating wind fatigue analysis workflow in Sesam
Recorded webinars - Structure
Watch and learn from our recorded webinars
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Aft stern tube bearing design optimization – the single most important risk reducing factor in your shaft alignment analysisWatch this on-demand webinar and learn how to optimize the aft stern tube bearing design based on DNV's extensive experience and research. -
Improve your floating offshore wind simulationsWatch our on-demand webinar series and expand your expertise in design of offshore wind structures using Sesam and Bladed. -
When wave-induced fatigue in offshore structures mattersLearn about the fatigue analysis methods in Sesam and understand the essential differences between the so-called ‘spectral’ and ‘stochastic’ methods to predict wave-induced fatigue damage -
Sesam 2021 edition - dive into the new functionalitiesLearn how to gain efficiency and discover what challenges you can tackle with the new releases -
Grow your offshore wind structure design and optimization solution knowledgeExpand your expertise in design of offshore wind structures using Sesam and Bladed -
CAD to FE – gain efficiencies in structural design analysisLearn how the partnership between Sesam and MSC Apex streamlines repetitive FE preprocessing tasks. -
Advanced fatigue analysis of offshore jacket tubular jointsLearn how to convert tubular joints to FE models for refined SCF calculations or shell fatigue analysis. -
Offshore fire simulation and structural response analysisLearn more about using advanced computational fluid dynamics (CFD) simulator to quantify the risk -
New capabilities for seismic analysis of offshore wind structures in Sesam and BladedLearn about the recent enhancements and verification of the latest release -
Speed up your ULS and FLS analyses with the equivalent static load methodLearn how to use equivalent static load (ESL) to save time in the analysis of ultimate and fatigue limit states for offshore jacket structures. -
Session 1: Streamline your floating offshore wind structural design with Bladed and Sesam -
Sesam - 2020 EditionDive into the newest functionalities of Sesam. -
Virtual demo series: Introduction to Sesam for non-linear analysisWatch the recordings to gain insights into progressive collapse analysis software for pushover and accidental analysis – Sesam for non-linear analysis -
Virtual Workshop Series: Sesam UsfosBoost your non-linear analysis capabilities -
Efficient design of fixed and floating offshore concrete structuresLearn how to save time when designing concrete structures with special-purpose software ShellDesign in combination with Sesam -
Webinar series: Supporting the evolution of offshore wind in the Americas - webinar #2Learn how DNV’s success and expertise in Europe and Asia can help the Americas evolve in this fast-growing market. -
Webinar series: Supporting the evolution of offshore wind in the Americas - webinar #1Learn how DNV’s success and expertise in Europe and Asia can help the Americas evolve in this fast-growing market.
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Efficient design of ice-class vessel propulsion system with Nauticus MachineryLearn how to user Nauticus Machinery to design robust shafts and shafting components for ice-class vessels -
Hydrodamic analysis in random non-linear sea statesLearn about our new product, Wamod along with the latest features in Wasim to carry out linear and non-linear hydrodynamics analysis in random sea states -
Applying rules and standards when analyzing structural design - 3Learn how to apply rules and standards when analyzing floating structure design
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Non-linear analysis: an easy approachLearn how to use the non-linear capabilities in Sesam and Usfos to overcome life extension challenges -
Applying rules and standards when analyzing structural design - 2Learn how to apply rules and standards when analyzing floating structure design.
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Applying rules and standards when analyzing structural design - 1Learn how to apply rules and standards when analyzing floating structure design.
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Recent enhancements in Sesam for floating and fixed OWTLearn how you can apply the latest features in Sesam -
Keep your projects moving while working remotelyMany engineers across the world are working from home, and Sesam has some useful features to ensure working on a remote computer can be as effective as being in the office. -
Hydrodynamic analysis of ships, FPSO's and submarinesLearn the theory behind the solution for doppler effects and encounter frequencies. -
Remote collaboration in offshore engineering teamsWatch this 30-minute webinar for a demonstration of the tool and get an overview of how it can support your team. -
Pushover analysis of jacket structures for life extensionsLearn how to use Sesam Usfos for performing collapse analysis to extend platform life
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Scripting for optimal efficiency in the analysis of ships and offshore structuresLearn how to automate and personalize your workflows -
Unlock the value of your engineering models with Sesam InsightIt is time to collaborate and deliver projects in a smarter way -
Cloud FEA for offshore wind projectsStructural analysis in the cloud for reduced analysis time -
How to do hydrodynamic analysis with forward speedWatch the complimentary webinar video and learn the basic aspects in hydrodynamic analysis for ships and offshore structures using Sesam software -
Webinar: Design and analysis of offshore aquaculture unitsLearn how to do a complete analysis including cage, net and mooring system -
Progressive collapse and accidental analysisNon-linear analysis in offshore engineering -
Asset modification and life extension in offshore engineeringLearn how to leverage legacy models in structural modification analysis -
Webinar: Introduction to hydrodynamic analysis in offshore engineeringLearn about the key aspects you need to keep in mind when doing a hydrodynamic analysis -
Complete structural analysis for offshore wind turbine foundationsLearn how Sesam for offshore wind software can support your offshore wind projects
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Corrosion analysis software for offshore structuresLearn how software tools can assure the design and operation of corrosion protection systems on fixed and floating structures. -
Coupled analysis for floating offshore wind turbinesLearn how to perform a complete structural analysis for floating wind platforms with Sesam software -
Efficient coupled analysis for fixed offshore wind turbines using a superelement approachWatch free video and learn about the integrated and superelement analysis methods using Sesam and Bladed engineering software tools.
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Reduce tedious work in offshore structural engineeringEccentricity and segmented length modelling made easy for jacket and topside
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Data smart strength assessment of ship and offshore structuresLearn how Sesam is designed for engineering efficiency
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Insights into efficient design of marine dynamic systemsWatch the webinar video and learn how to improve efficiency in nonlinear time domain slender structure simulation and analysis -
Webinar: Advanced hydrodynamic analysesObtain more reliable predictions by using more advanced methods. -
Webinar: How to perform efficient and reliable umbilical and flexible riser cross section analysesIntroduction to the software Helica, what it is and what it can be used for -
Webinar: Complete structural analysis for offshore windIn this DNV GL Tech-talk webinar video we will demonstrate how structural analysis experience from the oil and gas industry combined with specific features for the wind industry can be applied to structural analysis of offshore wind support structures. -
Stability analysis of ships and offshore structuresIntroducing the new stability tool HydroD 5
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Quick and accurate mesh refinement with SesamThis webinar video demonstrates how easy it has become to refine global analysis models for the purpose of doing refined stress or fatigue analysis.
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Webinar: Integrated hydrodynamic and structural analysisThe DNV GL tech talk webinar video introduces internal dynamics approaches followed by a case study of analysis of an FPSO, utilizing Sesam floating structure software package.