Thiago Saksanian Hallak

Dr. Thiago Saksanian Hallak

Centre for Marine Technology and Ocean Engineering (CENTEC), Instituto Superior Técnico, Lisbon, Lisboa, Portugal
orcid
Offshore Wind-to-Hydrogen, a premise for the future

Research Focus & Metrics

Academic Career Length

9Years (2018-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 June 2020 in Renewable Energy
Verified
Journal Article
Closed access
MKM. Kamarlouei
M. Kamarlouei
José Manuel GasparJosé Manuel Gaspar
José Manuel Gaspar
MCM. Calvario
M. Calvario
Thiago Saksanian HallakThiago Saksanian Hallak
Thiago Saksanian Hallak
Mário José Gonçalves Cavaco MendesMário José Gonçalves Cavaco Mendes
Mário José Gonçalves Cavaco Mendes
Carlos Guedes SoaresCarlos Guedes Soares
Carlos Guedes Soares

4 February 2022 in Renewable Energy
Verified
Journal Article
Open access
MKM. Kamarlouei
M. Kamarlouei
JGJ.F. Gaspar
J.F. Gaspar
MCM. Calvario
M. Calvario
Thiago Saksanian HallakThiago Saksanian Hallak
Thiago Saksanian Hallak
MMM.J.G.C. Mendes
M.J.G.C. Mendes
Carlos Guedes SoaresCarlos Guedes Soares
Carlos Guedes Soares

23 November 2024 in Ocean Engineering
Verified
Journal Article
Closed access
MINGSHENG CHENMINGSHENG CHEN
MINGSHENG CHEN
WHWei Huang
Wei Huang
HLHanyu Liu
Hanyu Liu
Thiago Saksanian HallakThiago Saksanian Hallak
Thiago Saksanian Hallak
SLShi Liu
Shi Liu
YJYichen Jiang
Yichen Jiang

21 May 2025 in Ocean Engineering
Verified
Journal Article
Closed access
KZKai Zhang
Kai Zhang
MINGSHENG CHENMINGSHENG CHEN
MINGSHENG CHEN
HZHao Zhou
Hao Zhou
Nianzhong ChenNianzhong Chen
Nianzhong Chen
CLChenyu Liang
Chenyu Liang
YTYichang Tang
Yichang Tang

20 September 2024 in Journal of Marine Science and Application
Verified
Journal Article
Closed access
PDF file
Thiago Saksanian HallakThiago Saksanian Hallak
Thiago Saksanian Hallak
Carlos Guedes SoaresCarlos Guedes Soares
Carlos Guedes Soares

Verified
Journal Article
Open access
PDF file
JSJinkun Shi
Jinkun Shi
铭胡铭烽 胡
铭烽 胡
YZYifan Zhang
Yifan Zhang
XCXiaodong Chen
Xiaodong Chen
SYSheng Yang
Sheng Yang
MINGSHENG CHENMINGSHENG CHEN
MINGSHENG CHEN
With the increased scale and deployment of floating wind turbines in deep sea environments, jack-up installation vessels are unable to conduct maintenance operations due to limitations in water depth. This has led to the recognition of the advantages of floating cranes in offshore maintenance activities. However, the dynamic coupling between the crane and the floating wind turbine under wave and wind action can result in complex responses, which also relate to complex mooring configurations. The ability to maintain stability during maintenance operations has become a primary concern. In order to address this issue, a method of connecting a floating crane with a floating wind turbine is proposed, simulating the berthing of a floating offshore wind turbine (FOWT) to a crane. Thus, a systematic comparison was conducted with frequency- and time-domain simulation using ANSYS-AQWA software. The simulation results demonstrated the feasibility and dynamic efficiency of this novel berthing approach. Connecting the crane vessel to a floating wind turbine significantly reduced the crane tip movement. Simulations showed that the crane tip movement in the X-, Y-, and Z-directions was reduced by over 30%, which implies that it may be feasible to conduct offshore on-site maintenance operations for the FOWT by using floating crane vessels if the two bodies were properly constrained.