Oil and gas

Structural Design of Offshore Floaters - Day 2: Buckling & Fatigue

Ultimate and Buckling Strength

Technology Week | 24-27 February 2020


Date: Tuesday, February 25, 2020 from 8:30 am to 4:00 pm

The course can be taken as standalone or part of the 2-day course.

Value for attending

Gain theoretical knowledge and some practical experience with ultimate and buckling strength methodologies commonly used for offshore floating structural design.

Main Content
Buckling lectures will cover an introduction to the following design codes:​

- Unstiffened and stiffened plated structures (DNVGL-RP-C201)​

- PULS (Panel Ultimate Limit State) code​ 

- Unstiffened an stiffened shells (RP-C202)​

Fatigue lectures will cover:​ 

- Basics of fatigue, including failure modes, common crack examples​

- Fatigue analysis approach with tabulated SCFs, FE based hot-spot methodology, deterministic and stochastic analyses​ 

- Hands-on practice reflecting the above subjects will be provided as time permits.

Handouts
Key Seminar Material / Slides issued for reference

Main Lecturers
Grzegorz Malinowski, Principal Engineer, Hull and Structures, DNV GL
Piotr Szalewski, Principal Engineer - Hull and Structures, DNV GL

Download the schedule

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Duration/Time:

08:30 am - 5:00 pm - Registration starts at 8:30 am (Includes lunch)


Date: Tuesday, February 25, 2020 from 8:30 am to 4:00 pm

The course can be taken as standalone or part of the 2-day course.

Value for attending

Gain theoretical knowledge and some practical experience with ultimate and buckling strength methodologies commonly used for offshore floating structural design.

Main Content
Buckling lectures will cover an introduction to the following design codes:​

- Unstiffened and stiffened plated structures (DNVGL-RP-C201)​

- PULS (Panel Ultimate Limit State) code​ 

- Unstiffened an stiffened shells (RP-C202)​

Fatigue lectures will cover:​ 

- Basics of fatigue, including failure modes, common crack examples​

- Fatigue analysis approach with tabulated SCFs, FE based hot-spot methodology, deterministic and stochastic analyses​ 

- Hands-on practice reflecting the above subjects will be provided as time permits.

Handouts
Key Seminar Material / Slides issued for reference

Main Lecturers
Grzegorz Malinowski, Principal Engineer, Hull and Structures, DNV GL
Piotr Szalewski, Principal Engineer - Hull and Structures, DNV GL

The course can be taken as standalone or part of the 2-day course. Receive $100 discount if registered for both days!

Day 1 - Hydrodynamics and Loads - Stand alone
Date
Time
Cost
Register
Date
 February 24, 2020
Time
08:30 am to 04:00 pm
Cost
$250.00 usd
Register
Click here
Day 2 - Buckling and Fatigue - Stand alone
Date
Time
Cost
Register
Date
 February 25, 2020 
Time
08:30 am to 04:00 pm
Cost
$250.00 usd
Register
Click here
Day 1 & 2 combined $400.00 with discount - 2-day course.
Date
Time
Cost
Register
Date
 February 24 & 25, 2020 
Time
08:30 am to 04:00 pm
Cost
$400.00 usd
Register
Click here