WEBINAR

Applying rules and standards when analyzing structural design - 3

Learn how to apply rules and standards when analyzing floating structure design
Sesam for offshore and marine structural engineering

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Whether you're running hydrodynamic analysis or simple structural analysis, rules and standards are an important part of the process. We will explore how to apply these rules and standards with our Oil and Gas and Maritime colleagues in a 3-part webinar series. In this series, you will learn how to apply DNV-GL rules and standards in Sesam when modeling a semi-submersible, determine design waves and post-process the results.

In our last webinar of the series, we will focus on fatigue screening using Sesam. The global structural analysis will be performed using Sesam and the results post-processed to fatigue screening of the primary structural plating.

Agenda:

  • Run hydrodynamic load transfer (for fatigue)
  • Fatigue screening of the primary structure
  • Sub-modeling
  • Rule-based fatigue analysis

Download our webinar to experience first-hand how we, in DNV -GL, use our tools to design according to our own standards.

About the speakers:

  • Chris Kubes, Senior Support Engineer, DNV GL - Digital Solutions - Chris Kubes graduated from Texas A&M University with an aerospace degree in 2002. Currently, Chris has the role of Software Support Engineer for floating structure design and has been in this position for the past 6 years.
  • Grzegorz Malinowski, Principal Engineer, DNV GL - Oil & Gas - Grzegorz has 20 years of experience in structural engineering for the maritime and offshore oil & gas industry. His main focus is on Class systematics, design verification/review and independent FE analysis of various steel structures including Ships, Semi-Submersibles, TLPs, Spars, FPSOs, Jackets and Topsides.
  • Piotr Szalewski, Principal Engineer,  DNV GL - Maritime Approval and Verification Center - Piotr is a licensed PE with 20+ years of experience in structural design of maritime ships and offshore floating structures.