INGENIEUR
REFERENCE
[ 1 ] IMCAR004 Code Of Practice For The Safe & Efficient Operations Of ROV July 2009 , International Marine Contractors Association .
[ 2 ] IMCAR006 Standard ROV Audit Document , February 2001 , International Marine Contractors Association .
[ 3 ] Chris Bell ( Jan 2000 ), Handbook for ROV Pilot Technicians ( 2 nd Ed ), Oilfield Publications Ltd
[ 4 ] https :// en . wikipedia . org / wiki / Submarine _ communications _ cable #:~: text = The % 20 first % 20submarine % 20communications % 20 cables % 20laid % 20beginning % 20 in , cable % 20which % 20became % 20 operational % 20on % 2016 % 20August % 2- 01858 .
[ 5 ] Tate , K . W .; Tudor , W .; Eaton , R . Protecting Submarine Cables from Accidental Damage . In Proceedings of the Offshore Technology Conference , Houston , TX , USA , 3 May 1982 .
[ 6 ] Pierre Guy Atangana Njock , Qian Zheng , Ning Zhang and Ye-Shuang Xu . Perspective Review on Subsea Jet Trenching Technology and Modeling . Journal of Marine Science and Engineering , 22 June 2020 .
[ 7 ] BERR . Review of Cabling Techniques and Environmental Effects Applicable to the Offshore Wind Farm Industry : Technical Report ; Department for Business Enterprise & Regulatory Reform : London , UK , 2008 ; p . 159 .
[ 8 ] Brunning , P .; Machin , J . Applications and performance of trenching technologies in Asia-Pacific . In Proceedings of the Annual Offshore Technology Conference-ASIA , Kuala Lumpur , Malaysia , 25 – 28 March 2014 ; pp . 1447 – 1462 .
[ 9 ] Warringa , S .; Rhee , V . C .; Miedema , S . A .; Lupea , C .; Visser , C . Modellling the waterjet cable trenching process on sand dunes . In Proceedings of the 22nd World Dredging Conference , Shanghai , China , 22 – 26 April 2019 ; pp . 1135 – 1152 .
[ 10 ] DNVGL-ST-0378 , Offshore and platform lifting appliances , Edition July 2019 Amended September 2019 .
[ 11 ] GL I-5-3-E , Rules for Classification and Construction Ship Technology , Unmanned Submersibles ( ROV , AUV ) and Underwater Working Machines , 2009 .
[ 12 ] Underwater technology DNV-RU-UWT-Part 1 General regulations Chapter 2 Class notations , Edition August 2021
[ 13 ] Underwater technology DNV-RU-UWT-Part 5 Types of UWT systems Chapter 9 Underwater working machines and systems Edition August 2021 , Edition August 2021
[ 14 ] Underwater technology DNV-RU-UWT-Part 3 Pressure hull and structures Chapter 2 Design loads , Edition August 2021
[ 15 ] Development of ROV Trencher URI-T and its Sea Trial , Hyungjoo Kang , Mun-Jik Lee , Gun Rae Cho , Geonhui Ki , Min-Gyu Kim and Ji-Hong Li Marine Robotics R & D Division , Korea Institute of Robot and Convergence , Pohang , Korea , Journal of Ocean Engineering and Technology 33 ( 3 ), 300-311 June , 2019 .
https :// doi . org / 10.26748 / KSOE . 2019.018
[ 16 ] Design , Performance Evaluation and Field Test of a Water Jet Tool for ROV Trencher , Intelligent Robotics R & D Division , Korea Institute of Robotics and Technology Convergence , Jigok-Ro 39 , Nam-Gu , Pohang 37666 , Korea ; Journal of Ocean Engineering and Technology 2021 , 9 , 296 .
https :// doi . org / 10.3390 /, jmse9030296
ABOUT THE AUTHOR
More than 10 years ’ experience in ROV design , building and operation primarily in work class and heavy work class ROVs . These are known as Pari and Jerung in the ROV world .
In recent years , the author has started to develop a subsea jetting sledge ( Shark ), offshore landing vehicle , and ROV jet trencher ( TC-400 ) for subsea cable lay industries mainly for the China market .
74 VOL 92 OCTOBER-DECEMBER 2022