OCEAN, OFFSHORE and ARCTIC ENGINEERING - Kivi Niria
OCEAN, OFFSHORE and ARCTIC ENGINEERING - Kivi Niria
OCEAN, OFFSHORE and ARCTIC ENGINEERING - Kivi Niria
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Conference Highlights<br />
Dr. Jan Vugts<br />
Conference Highlights<br />
Special Symposia<br />
10 | www.asmeconferences.org/OMAE 2011<br />
Jan H. Vugts Symposium on ‘Design Methodology of Offshore Structures’<br />
Prof. Dr. ir. Jan H. Vugts has served a career of<br />
more than 40 years in science <strong>and</strong> industry. After<br />
graduating in 1963 as a naval architect, he was a<br />
researcher at the Ship Hydromechanics Laboratory<br />
in Delft with Professor Gerritsma, obtaining his<br />
Doctoral degree for research on hydrodynamic<br />
forces <strong>and</strong> ship motions in waves. In 1970, he joined<br />
the Offshore Engineering Department of Shell for a<br />
career in industry. Contrary to common practice at<br />
the time, he recognized the impact of the r<strong>and</strong>om<br />
dynamic environment on the behaviour of statically<br />
as well as dynamically responding marine structures,<br />
which necessitated accounting for the broad range<br />
of excitation frequencies <strong>and</strong> using a probabilistic<br />
instead of the usual deterministic approach. He<br />
retired from Shell in 1996 as Senior Offshore<br />
Engineering Consultant, having been involved with<br />
floating as well as bottom founded structures of all<br />
kinds. In 1992, he accepted a part-time Professorship<br />
in Offshore Technology at the Technical University<br />
of Delft, where besides his continued educational <strong>and</strong><br />
research contributions he entered the field of offshore<br />
wind energy.<br />
During his entire career he operated on the<br />
interface of R&D <strong>and</strong> practical applications,<br />
developing <strong>and</strong> promoting the development of<br />
necessary expertise in combination with realistic<br />
design <strong>and</strong> analysis methods for marine structures<br />
in their physical environment. Subjects ranged inter<br />
alia from probabilistic workability assessments for<br />
floating equipment, to dynamic <strong>and</strong> fatigue analysis<br />
of deep water fixed structures <strong>and</strong> (re)assessment<br />
of existing offshore structures. In the 1970s, he<br />
developed <strong>and</strong> performed the first ever spectral<br />
fatigue analyses for a semi-submersible <strong>and</strong> the first<br />
two fixed steel structures for Shell in the central <strong>and</strong><br />
northern North Sea. From the 1980s, he was further<br />
active on marine safety, particularly as the instigator<br />
of present-day site-specific assessments of jack-ups.<br />
From the start in 1991 of efforts under the<br />
auspices of ISO to produce international st<strong>and</strong>ards<br />
for the petroleum <strong>and</strong> natural gas industries, he<br />
has been the Dutch representative <strong>and</strong> a prominent<br />
member of Committee ISO/TC 67/SC 7. After<br />
retirement from Shell as well as from TU Delft he<br />
continued this activity making major contributions<br />
to the ISO 19900 series for offshore structures.<br />
He was awarded the Research Prize 1978 for<br />
Offshore Engineering of the Royal Institution of<br />
Engineers in the Netherl<strong>and</strong>s <strong>and</strong> is an Honorary<br />
Member of its Offshore Engineering Department.<br />
In 2007, he received the ASCE OTC Hall of Fame<br />
Award for Pioneering Innovation <strong>and</strong> Lasting Impact<br />
of his 1976 OTC paper ‘Probabilistic fatigue analysis<br />
of fixed structures’. In 2009, he was one of three<br />
nominees for the Award of Excellence for personal<br />
achievements during an entire career from IRO,<br />
the Dutch Association of Suppliers in the Oil & Gas<br />
Industry.