First Name |
Family Name |
Country |
Committee |
Hayden |
Marcollo |
Australia |
I.2 Loads |
Teresa |
Magoga |
Australia |
III.1 Ultimate Strength |
Tom |
Ferguson |
Australia |
V.1 Limit States During Accidental and Damage Conditions |
Stephan |
van Duin |
Australia |
V.2 Experimental Methods |
Tauhid |
Rahman |
Australia |
V.3 Subsea Technology |
Nagi |
Abdussamie |
Australia |
V.4 Offshore Renewable Energy |
Jason |
Ali-Lavroff |
Australia |
V.5 Special Vessels |
Alex |
Babanin |
Australia |
Standing Committee |
Evert |
Lataire |
Belgium |
I.1 Environment |
Andre |
Paiva |
Belgium |
II.2 Dynamic Response |
Lucas |
Marquez |
Belgium |
V.1 Limit States During Accidental and Damage Conditions |
Pablo G. |
Morato |
Belgium |
V.7 Structural Assessment During Operations |
Philippe |
Rigo |
Belgium |
Correspondents |
Ricardo Martins |
Campos |
Brazil |
I.1 Environment |
Andre |
Fujarra |
Brazil |
I.2 Loads |
Marcelo |
Caire |
Brazil |
II.1 Quasi-Static Response |
Marcelo Igor Lourenço |
de Souza |
Brazil |
III.1 Ultimate Strength |
Geovana Pereira |
Drumond |
Brazil |
III.2 Fatigue and Fracture |
Joel |
Sales |
Brazil |
IV.1 Design Methods, Principles and Criteria |
Jean-David |
Caprace |
Brazil |
IV.2 Material and Fabrication Technology |
Bianca de Carvalho |
Pinheiro |
Brazil |
V.1 Limit States During Accidental and Damage Conditions |
Ilson Paranhos |
Pasqualino |
Brazil |
V.2 Experimental Methods |
Celso Kazuyuki |
Morooka |
Brazil |
V.3 Subsea Technology |
Diego |
Sarsoza |
Brazil |
V.7 Structural Assessment During Operations |
Murilo Augusto |
Vaz |
Brazil |
Standing Committee |
Petar |
Georgiev |
Bulgaria |
IV.1 Design Methods, Principles and Criteria |
Lyubomir |
Toshkov |
Bulgaria |
V.5 Special Vessels |
Petar |
Georgiev |
Bulgaria |
Correspondents |
Mahmud |
Sazidy |
Canada |
I.2 Loads |
Jungyong |
Wang |
Canada |
I.2 Loads |
Lorenzo |
Moro |
Canada |
II.2 Dynamic Response |
Mark |
Lastiwka |
Canada |
III.1 Ultimate Strength |
Jasmin |
Jelovica |
Canada |
IV.1 Design Methods, Principles and Criteria |
James |
Huang |
Canada |
IV.2 Material and Fabrication Technology |
Bruce |
Quinton |
Canada |
V.1 Limit States During Accidental and Damage Conditions |
Carlos |
Montoya |
Canada |
V.3 Subsea Technology |
Freeman |
Ralph |
Canada |
V.4 Offshore Renewable Energy |
Dustin |
Pearson |
Canada |
V.7 Structural Assessment During Operations |
Jan |
Czaban |
Canada |
Standing Committee |
Salas |
Marcos |
Chile Ecuador |
Correspondents |
Sheng |
Dong |
China |
I.1 Environment |
Guiyong |
Zhang |
China |
I.2 Loads |
Hanbing |
Luo |
China |
II.1 Quasi-Static Response |
Binbin |
Zhao |
China |
II.2 Dynamic Response |
Zhihu |
Zhan |
China |
III.1 Ultimate Strength |
Junjie |
Liu |
China |
III.2 Fatigue and Fracture |
Wenyong |
Tang |
China |
IV.1 Design Methods, Principles and Criteria |
Kun |
Liu |
China |
IV.2 Material and Fabrication Technology |
Ling |
Zhu |
China |
V.1 Limit States During Accidental and Damage Conditions |
Shixiao |
Fu |
China |
V.2 Experimental Methods |
Bin |
Liu |
China |
V.2 Experimental Methods |
Chen |
An |
China |
V.3 Subsea Technology |
ShiLi |
Sun |
China |
V.4 Offshore Renewable Energy |
Fuhua |
Wang |
China |
V.5 Special Vessels |
Chao |
Tian |
China |
V.6 Ocean Space Utilization |
Yitao |
Wang |
China |
V.7 Structural Assessment During Operations |
Wenwei |
Wu |
China |
Standing Committee |
Jasna |
Prpic-Orsic |
Croatia |
I.1 Environment |
Jerolim |
Andric |
Croatia |
II.1 Quasi-Static Response |
Albert |
Zamarin |
Croatia |
III.1 Ultimate Strength |
Paul |
Jurisic |
Croatia |
III.2 Fatigue and Fracture |
Smiljko |
Rudan |
Croatia |
V.1 Limit States During Accidental and Damage Conditions |
Pero |
Prebeg |
Croatia |
V.2 Experimental Methods |
Ivan |
Catipovic |
Croatia |
V.4 Offshore Renewable Energy |
Nikola |
Vladimir |
Croatia |
V.5 Special Vessels |
Vedran |
Zanic |
Croatia |
Standing Committee |
Constantine |
Michailides |
Cyprus |
Correspondents |
Xiao |
Chen |
Denmark |
III.1 Ultimate Strength |
Philipp |
Haselbach |
Denmark |
III.2 Fatigue and Fracture |
Athanasios |
Kolios |
Denmark |
IV.1 Design Methods, Principles and Criteria |
Michael Rye |
Andersen |
Denmark |
V.1 Limit States During Accidental and Damage Conditions |
Asger Bech |
Abrahamsen |
Denmark |
V.4 Offshore Renewable Energy |
Harry B. |
Bingham |
Denmark |
V.6 Ocean Space Utilization |
Martin Alexander |
Eder |
Denmark |
V.7 Structural Assessment During Operations |
Kim |
Branner |
Denmark |
Standing Committee |
Heba |
Leheta |
Egypt |
Correspondents |
Mihkel |
Korgesaar |
Estonia |
III.1 Ultimate Strength |
Kristjan |
Tabri |
Estonia |
V.1 Limit States During Accidental and Damage Conditions |
Kristjan |
Tabri |
Estonia |
Correspondents |
Arttu |
Polojärvi |
Finland |
I.1 Environment |
Spyros |
Hirdaris |
Finland |
I.2 Loads |
Sasan |
Tavakoli |
Finland |
II.2 Dynamic Response |
Jani |
Romanoff |
Finland |
III.1 Ultimate Strength |
Heikki |
Remes |
Finland |
III.2 Fatigue and Fracture |
Mikko |
Suominen |
Finland |
V.2 Experimental Methods |
Jani |
Romanoff |
Finland |
Correspondents |
Guillaume |
de-Hauteclocque |
France |
I.1 Environment |
Louis |
Diebold |
France |
I.2 Loads |
Stéphane |
Paboeuf |
France |
IV.2 Material and Fabrication Technology |
Hervé |
Le Sourne |
France |
V.1 Limit States During Accidental and Damage Conditions |
Thomas |
Choisnet |
France |
V.4 Offshore Renewable Energy |
Christian |
Jochum |
France |
V.7 Structural Assessment During Operations |
Sime |
Malenica |
France |
Standing Committee |
Bettar Ould el |
Moctar |
Germany |
V.8 Uncertainty modelling in waves and wave responses |
Rüdiger Ulrich Franz |
von Bock und Polach |
Germany |
I.1 Environment |
Florian |
Sprenger |
Germany |
I.2 Loads |
Michael |
Holtmann |
Germany |
II.2 Dynamic Response |
Ionel |
Darie |
Germany |
III.1 Ultimate Strength |
Adrian |
Kahl |
Germany |
III.2 Fatigue and Fracture |
Matthias |
Krause |
Germany |
IV.2 Material and Fabrication Technology |
Thomas |
Lindemann |
Germany |
V.1 Limit States During Accidental and Damage Conditions |
Soeren |
Ehlers |
Germany |
V.2 Experimental Methods |
Moritz |
Braun |
Germany |
V.7 Structural Assessment During Operations |
Patrick |
Kaeding |
Germany |
Standing Committee |
Konispoliatis |
Dimitrios |
Greece |
I.2 Loads |
Dimitris |
Georgiadis |
Greece |
III.1 Ultimate Strength |
Dora |
Tsiourva |
Greece |
IV.2 Material and Fabrication Technology |
Spyros |
Mavrakos |
Greece |
Correspondents |
Sharad |
Dhavalikar |
India |
II.2 Dynamic Response |
Suhas |
Vhanmane |
India |
IV.1 Design Methods, Principles and Criteria |
Debabrata |
Karmakar |
India |
V.6 Ocean Space Utilization |
Asokendu |
Samanta |
India |
Correspondents |
Eko Charnius |
Ilman |
Indonesia |
II.1 Quasi-Static Response |
Alie Muis |
Muhammad Zubar |
Indonesia |
III.1 Ultimate Strength |
Fredhi Agung |
Prasetyo |
Indonesia |
III.2 Fatigue and Fracture |
Roberth Hetharia |
Wolter |
Indonesia |
IV.1 Design Methods, Principles and Criteria |
Fredhi Agung |
Prasetyo |
Indonesia |
Correspondents |
Felice |
Arena |
Italy |
I.1 Environment |
Tommaso |
Coppola |
Italy |
I.2 Loads |
Tomaso |
Gaggero |
Italy |
I.2 Loads |
Alessandro |
Sacchet |
Italy |
II.1 Quasi-Static Response |
Daniele |
Dessi |
Italy |
II.2 Dynamic Response |
Tatiana |
Pais |
Italy |
II.2 Dynamic Response |
Marco |
Gaiotti |
Italy |
III.1 Ultimate Strength |
Mauro |
Sicchiero |
Italy |
III.2 Fatigue and Fracture |
Matteo |
Sidari |
Italy |
IV.1 Design Methods, Principles and Criteria |
Alessandro |
Caleo |
Italy |
IV.2 Material and Fabrication Technology |
Gaetano |
De Luca |
Italy |
V.1 Limit States During Accidental and Damage Conditions |
Cesare |
Rizzo |
Italy |
V.2 Experimental Methods |
Luca |
Greco |
Italy |
V.4 Offshore Renewable Energy |
Ermina |
Begovic |
Italy |
V.5 Special Vessels |
Ciro |
Busiello |
Italy |
V.6 Ocean Space Utilization |
Alfonso |
Barbato |
Italy |
V.7 Structural Assessment During Operations |
Andrea |
Ivaldi |
Italy |
Standing Committee |
Tingyao |
Zhu |
Japan |
I.1 Environment |
Masayoshi |
Oka |
Japan |
I.2 Loads |
Daisuke |
Yanagihara |
Japan |
II.1 Quasi-Static Response |
Hiroyuki |
Takahashi |
Japan |
II.2 Dynamic Response |
Takashi |
Okafuji |
Japan |
III.1 Ultimate Strength |
Tomoya |
Kawabata |
Japan |
III.2 Fatigue and Fracture |
Yasumi |
Kawamura |
Japan |
IV.1 Design Methods, Principles and Criteria |
Kunihiro |
Hamada |
Japan |
IV.2 Material and Fabrication Technology |
Yasuhira |
Yamada |
Japan |
V.1 Limit States During Accidental and Damage Conditions |
Hideaki |
Murayama |
Japan |
V.2 Experimental Methods |
Yoshihiro |
Konno |
Japan |
V.3 Subsea Technology |
Toshiki |
Chujo |
Japan |
V.4 Offshore Renewable Energy |
Junji |
Sawamura |
Japan |
V.5 Special Vessels |
Motohiko |
Murai |
Japan |
V.6 Ocean Space Utilization |
Naoki |
Osawa |
Japan |
V.7 Structural Assessment During Operations |
Kazuhiro |
Iijima |
Japan |
Standing Committee |
Adi |
Maimun |
Malaysia |
Correspondents |
Oskar |
Valle |
Mexico |
Correspondents |
Sanne |
van Essen |
Netherlands |
I.1 Environment |
Peter |
Wellens |
Netherlands |
I.2 Loads |
Nick |
Daniels |
Netherlands |
II.1 Quasi-Static Response |
Levent |
Kaydihan |
Netherlands |
II.2 Dynamic Response |
Ingrid |
Schipperen |
Netherlands |
III.1 Ultimate Strength |
Marije |
Deul |
Netherlands |
III.2 Fatigue and Fracture |
Mark |
Slagmolen |
Netherlands |
IV.1 Design Methods, Principles and Criteria |
Carey |
Walters |
Netherlands |
V.1 Limit States During Accidental and Damage Conditions |
Apostolos |
Grammatikopoulos |
Netherlands |
V.2 Experimental Methods |
Harleigh C. |
Seyffert |
Netherlands |
V.5 Special Vessels |
Ingo |
Drummen |
Netherlands |
V.6 Ocean Space Utilization |
Pooria |
Pahlavan |
Netherlands |
V.7 Structural Assessment During Operations |
Henk |
den Besten |
Netherlands |
Standing Committee |
Richard |
Flay |
New Zealand |
Correspondents |
Thomas B. |
Johannesen |
Norway |
I.1 Environment |
Erik |
Vanem |
Norway |
I.1 Environment |
Miguel |
Rodrigues |
Norway |
I.2 Loads |
Zhen |
Gao |
Norway |
II.1 Quasi-Static Response |
Zhiyu |
Jiang |
Norway |
II.1 Quasi-Static Response |
Gaute |
Storhaug |
Norway |
II.2 Dynamic Response |
Lars |
Brubak |
Norway |
III.1 Ultimate Strength |
Svein Erling |
Heggelund |
Norway |
III.2 Fatigue and Fracture |
Hadi |
Amlashi |
Norway |
IV.1 Design Methods, Principles and Criteria |
Agnes Marie |
Horn |
Norway |
IV.2 Material and Fabrication Technology |
Zhiyu |
Jiang |
Norway |
IV.2 Material and Fabrication Technology |
Mokhtari |
Mojtaba |
Norway |
IV.2 Material and Fabrication Technology |
Zhaolong |
Yu |
Norway |
V.1 Limit States During Accidental and Damage Conditions |
Sigmund K. |
Ås |
Norway |
V.2 Experimental Methods |
Svein |
Sævik |
Norway |
V.3 Subsea Technology |
Gabriele |
Notaro |
Norway |
V.4 Offshore Renewable Energy |
Ole A. |
Hermundstad |
Norway |
V.4 Offshore Renewable Energy |
Nuno |
Fonseca |
Norway |
V.6 Ocean Space Utilization |
Ekatarina |
Kim |
Norway |
V.6 Ocean Space Utilization |
Bernt |
Leira |
Norway |
Standing Committee |
Krzysztof |
Wołoszyk |
Poland |
II.1 Quasi-Static Response |
Jakub |
Montewka |
Poland |
V.1 Limit States During Accidental and Damage Conditions |
Krzysztof |
Wołoszyk |
Poland |
Correspondents |
Mariana |
Bernardino |
Portugal |
I.1 Environment |
Arash |
Abbasnia |
Portugal |
I.2 Loads |
Shan |
Wang |
Portugal |
II.2 Dynamic Response |
Bai-Qiao |
Chen |
Portugal |
III.1 Ultimate Strength |
José |
Gaspar |
Portugal |
V.4 Offshore Renewable Energy |
Sarat |
Mohapatra |
Portugal |
V.6 Ocean Space Utilization |
Ângelo Palos |
Teixeira |
Portugal |
V.7 Structural Assessment During Operations |
Yordan |
Garbatov |
Portugal |
Standing Committee |
Chunsik |
Shim |
Republic of Korea |
V.3 Subsea Technology |
Joong Soo |
Moon |
Republic of Korea |
I.1 Environment |
Gi-Young |
Jeon |
Republic of Korea |
I.2 Loads |
Yooil |
Kim |
Republic of Korea |
II.1 Quasi-Static Response |
Kim Sun |
Je |
Republic of Korea |
II.2 Dynamic Response |
Minsung |
Chun |
Republic of Korea |
III.1 Ultimate Strength |
Gyubaek |
An |
Republic of Korea |
III.2 Fatigue and Fracture |
Jung Min |
Kwon |
Republic of Korea |
IV.1 Design Methods, Principles and Criteria |
Youn Doh |
Ha |
Republic of Korea |
IV.2 Material and Fabrication Technology |
Do Kyun |
Kim |
Republic of Korea |
V.1 Limit States During Accidental and Damage Conditions |
Jung Kwan |
Seo |
Republic of Korea |
V.2 Experimental Methods |
Han Koo |
Jeong |
Republic of Korea |
V.4 Offshore Renewable Energy |
Chang Yong |
Song |
Republic of Korea |
V.5 Special Vessels |
Young IL |
Park |
Republic of Korea |
V.7 Structural Assessment During Operations |
Myung-Hyun |
Kim |
Republic of Korea |
Standing Committee |
Anriëtte (Annie) |
Bekker |
S. Africa |
V.7 Structural Assessment During Operations |
Xudong |
Qian |
Singapore |
Correspondents |
Víctor |
de Diego |
Spain |
II.2 Dynamic Response |
ESTHER |
GARCÍA |
Spain |
V.5 Special Vessels |
Francisco |
Viejo De Francisco |
Spain |
Correspondents |
Jonas |
Ringsberg |
Sweden |
III.1 Ultimate Strength |
Wengang |
Mao |
Sweden |
V.4 Offshore Renewable Energy |
Jonas |
Ringsberg |
Sweden |
Correspondents |
Rong-Juin |
Shyu |
Taiwan (China) |
Correspondents |
Cihan |
Bayindir |
Turkey |
V.3 Subsea Technology |
Elif |
Oguz |
Turkey |
V.4 Offshore Renewable Energy |
Ahmet |
Ergin |
Turkey |
Correspondents |
Aaron |
Stanley |
United Kingdom |
II.1 Quasi-Static Response |
Yikun |
Wang |
United Kingdom |
III.1 Ultimate Strength |
Marta Vicente |
del Amo |
United Kingdom |
III.2 Fatigue and Fracture |
Baran |
Yeter |
United Kingdom |
III.2 Fatigue and Fracture |
Adam |
Sobey |
United Kingdom |
IV.1 Design Methods, Principles and Criteria |
Iraklis |
Lazakis |
United Kingdom |
IV.2 Material and Fabrication Technology |
Rafet Emek |
Kurt |
United Kingdom |
V.1 Limit States During Accidental and Damage Conditions |
Kourosh |
Parsa |
United Kingdom |
V.3 Subsea Technology |
Rachel |
Nicholls-Lee |
United Kingdom |
V.4 Offshore Renewable Energy |
Shen |
Lee |
United Kingdom |
V.4 Offshore Renewable Energy |
Pengfei |
Liu |
United Kingdom |
V.6 Ocean Space Utilization |
James |
Underwood |
United Kingdom |
V.7 Structural Assessment During Operations |
Feargal |
Brennan |
United Kingdom |
Standing Committee |
Alexander |
Egorov |
Ukraine |
V.5 Special Vessels |
Vladimir |
Nilva |
Ukraine |
V.7 Structural Assessment During Operations |
Alexander |
Egorov |
Ukraine |
Correspondents |
Erick |
Alley |
USA |
II.1 Quasi-Static Response |
Ken |
Nahshon |
USA |
III.1 Ultimate Strength |
Marcelo |
Paredes |
USA |
III.1 Ultimate Strength |
Pingsha |
Dong |
USA |
III.2 Fatigue and Fracture |
Mohamed |
Soliman |
USA |
III.2 Fatigue and Fracture |
Yuhai |
Yan |
USA |
IV.1 Design Methods, Principles and Criteria |
Jaideep |
Sirkar |
USA |
IV.1 Design Methods, Principles and Criteria |
Richard |
Henes |
USA |
IV.2 Material and Fabrication Technology |
Paul |
Lara |
USA |
V.2 Experimental Methods |
Han |
Huang |
USA |
V.3 Subsea Technology |
Charles |
Rawson |
USA |
V.4 Offshore Renewable Energy |
Mark |
Rodriguez |
USA |
V.5 Special Vessels |
Robert |
Sielski |
USA |
V.6 Ocean Space Utilization |
Paul |
Hess |
USA |
V.7 Structural Assessment During Operations |
Xiaozhi |
Wang |
USA |
Standing Committee |
Tuan Le |
Dinh |
Vietnam |
Correspondents |