DIGILECK4.0
Enhanced methods and approaches for damage stability calculations
- supported by
BMWi - Federal Ministry for Economic Affairs and Energy
- Partners
Flensburger Schiffbau-Gesellschaft mbH & Co. KG, Pella Sietas GmbH, MAREVAL AG, SAL Engineering GmbH, Marinearsenal Wilhelmshaven, Fr. Lürssen Werft GmbH & Co. KG, TUHH M6
- Duration
01.04.2019 - 31.03.2022
For more detailed information please get in touch with one of the contact persons: Larissa Jannsen, Katja Aschenberg
Publikationen
Aschenberg,Katja;
Dankowski,Hendrik
Damage Stability Index Potential Revealed by Direct Time-Domain Flooding Calculations of Intermediate Cases.
June 2021
Damage Stability Index Potential Revealed by Direct Time-Domain Flooding Calculations of Intermediate Cases.
June 2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/STABS_2021-Paper_Aschenberg_Dankowski_final.pdf |
Krüger,Stefan;
Aschenberg,Katja
Ship Damage Stability Approval Document Generation by a Monte Carlo Method.
June 2021
Ship Damage Stability Approval Document Generation by a Monte Carlo Method.
June 2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/OMAE2021_62620-Krueger.pdf |
Krüger,Stefan;
Aschenberg,Katja
Adding Damage Zones to a Nonzonal Damage Stability Approach.
June 2021
Adding Damage Zones to a Nonzonal Damage Stability Approach.
June 2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/STABS_2021_Krueger.pdf |
Krüger,Stefan;
Dankowski,Hendrik
A Monte Carlo based Simulation Method for Damage Stability Problems.
2019
A Monte Carlo based Simulation Method for Damage Stability Problems.
2019
| File: | /t3resources/ssi/Veroeffentlichungen/2019/OMAE2019KruegerDankowski.pdf |