|
|
|||||||
|
|
|
||||||
![EMAP]](ntnu60.gif)
|
|
|||
|
Phone: |
+47
73 59 55 44 |
Fax: |
+47
73 59 55 28 |
|
E-mail: |
Fax (home): |
|
|
|
Address: |
Department
of MarineTechnology |
Office: |
F2.160,
MTS |
Fields of interest:
- Nonlinear finite element
analysis
- Ultimate strength and
postcollapse behaviour of marine structures subjected extreme loads
- Response of ships and
offshore structures subjected to accidental loading and abnormal ice actions
- Simulation of accidental
events based on a fundamental description of the governing physical
phenomena
- Scenario based design and
reassessment
- Integrated analysis and
design of offshore wind
turbines
Teaching:
- TMR4165 Marine
Technology 2
- TMR4195
Design of Offshore Structures
- TMR4205
Buckling and Collapse of Structures
- MR8204 Analysis and Design of Marine Structures subjected to
Accidental Loading (PhD
level)
International courses
- Nonlinear Analysis of Offshore
Structures,
- Mexican Institute of
Petroleum, 2001,
- National University of
Singapore, 2003
·
Analysis
and Design for Robustness of
Offshore Structures subjected to Accidental Loads
- National University of
Singapore 2004, 2005, 2006, 2010
·
Accidental
Load analysis of Offshore Structures by means of USFOS (in collaoboration with DNV)
- St. Petersburg 2003, Perth
2010, Singapore 2010
Graduated doctoral students
·
Lin Hong (2009): Simplified Analysis and Design of
Ships subjected to Collision and Grounding, PhD Thesis IMT-2009-47,
Department of Marine Technology, NTNU
·
Hagbart Alsos (2008): Analysis of Ship Grounding,
PhD Thesis IMT-2008-38, Department of Marine Technology, NTNU
·
Eirik Byklum (2002): Ultimate strength
analysis of stiffened steel and aluminium panels using semi-analytical method, PhD
Thesis MTA-2002-158 Department of Marine Technology, NTNU (Exxon Mobil award
for best applied PhD Thesis, 2002)
·
Abuu Khalifa Mohammad (2001): Nonlienar Shell Finite
Elements for Ultimate Strength and Collapse Analysis of Ship Structures, PhD Thesis MTA-2001-149, Department of
Marine Technology, NTNU
·
Nina K Langhelle (1999) : Experimental Validation and calibration of
Nonlinear Finite Element Models for Use in Design of Aluminium Structures
Exposed to Fire, PhD Thesis
MTA-99-128 , Department of Marine
Technology, NTNU
Supervised doctoral students:
·
Zhenhui Liu : Analytical and
numerical analysis of iceberg collisions with ship structures. Co-supervisor::
Prof. Sveinung Løset, Department of Civil and Transport Engineering
·
Mohammad Thagi Tavakoli:: Experimental and numerical analysis of oil spill due to collision and
grounding, Co-supervisor: Prof. Bernt J. Leira
·
Nguyen Tan-Hoi:. Idenrtification of ship damage conditions during stranding,
Co-supervisor: Prof. Bernt J. Leira
·
Sabril Haris: Analysis of ship sollisions
·
Ekaterina Kim: Continuum mechanics modelling of ice for analysis of abnormal ice action effects , Co-supervisor:
Prof. Sveinung Løset, Department of Civil and Transport Engineering
Links:
ScenaRisC&G
– Scenario-based Approach to Risk Analysis of Aship Collision and
Grounding
SACME
– Sustainable Arctic and Coastal Marine Technology
USFOS - Computer program for progressive collapse of offshore structures
subjected to abnormal and accidental actions
Virtual Prototyping (VP) – Development of new offshore wind turbine concepts (SwaySim/vpOne)
Text book:
Bjørn Skallerud and Jørgen Amdahl, (2002). Nonlinear Analysis of Offshore Structures. Research Studies Press
Other
information:
- Biography
- Publications
- A few publications available for
downloading
- Instrumental in development
of NORSOK
STANDARD N-004 - Annex A: Design against accidental actions
By : Jørgen Amdahl