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Ketut Suastika
Ketut Suastika
Department of Naval Architecture, Institut Teknologi Sepuluh Nopember
Zweryfikowany adres z na.its.ac.id
Tytuł
Cytowane przez
Cytowane przez
Rok
Investigation of fuel consumption on an operating ship due to biofouling growth and quality of anti-fouling coating
ML Hakim, B Nugroho, MN Nurrohman, IK Suastika, I Utama
IOP Conference Series: Earth and Environmental Science 339 (1), 012037, 2019
562019
Effects of the application of a stern foil on ship resistance: A case study of an Orela crew boat
K Suastika, A Hidayat, S Riyadi
International Journal of Technology 8 (7), 1266-1275, 2017
412017
Characteristics of drag due to streamwise inhomogeneous roughness
IK Suastika, ML Hakim, B Nugroho, A Nasirudin, I Utama, JP Monty, ...
Ocean Engineering 223, 108632, 2021
292021
Review of correlation between marine fouling and fuel consumption on a ship
ML Hakim, I Utama, B Nugroho, AK Yusim, MS Baithal, IK Suastika
Proceeding of SENTA: 17th Conference on Marine Technology, 122-129, 2017
292017
Experimental study of wave blocking
IK Suastika, MPC Jong, JA Battjes
Coastal Engineering 2000, 227-240, 2001
262001
Experimental and Numerical Investigation into the Effect of the Axe-Bow on the Drag Reduction of a Trimaran Configuration
I Utama, IK Suastika
International Journal of Technology 12 (3), 527-538, 2021
212021
Drag penalty causing from the roughness of recently cleaned and painted ship hull using RANS CFD
ML Hakim, B Nugroho, RC Chin, T Putranto, IK Suastika, IKAP Utama
CFD Letters 12 (3), 78-88, 2020
212020
Wave blocking
K Suastika
Communications on Hydraulic and Geotechnical Engineering 4 (4), i-154, 2004
202004
The effect of cleaning and repainting on the ship drag penalty
I Utama, B Nugroho, M Yusuf, FA Prasetyo, ML Hakim, IK Suastika, ...
Biofouling 37 (4), 372-386, 2021
192021
Technical analysis of the development of ship recycling yard in Indonesia
S Fariya, D Manfaat, K Suastika
The 2nd International Seminar on Science and Technology 9, 2016
192016
A laboratory study on wave transmission over hexagonal artificial reef
HD Armono, A Winarto, IK Suastika
IOP Conference Series: Earth and Environmental Science 799 (1), 012011, 2021
162021
A practical empirical formula for the calculation of ship added friction-resistance due to (bio) fouling
ML Hakim, IK Suastika, I Utama
Ocean Engineering 271, 113744, 2023
152023
Resistance analysis of a hydrofoil supported watercraft (hysuwac): a case study
K Suastika, GE Nadapdap, MHN Aliffrananda, YA Hermawan, ...
CFD Letters 14 (1), 87-98, 2022
142022
Intact Stability Analysis of Crew Boat with Variation of Deadrise Angle
T Putranto, K Suastika, J Gunanta
IPTEK Journal of Proceedings Series 3 (2), 124-127, 2017
142017
In-situ turbulent boundary layer measurements over freshly cleaned ship-hull under steady cruising
B Nugroho, R Baidya, MN Nurrohman, AK Yusim, FA Prasetyo, M Yusuf, ...
Proceeding of International Conference on Ship and Offshore Technology …, 2017
142017
A study of skin friction drag from realistic roughness of a freshly cleaned and painted ship hull
I Utama, B Nugroho, C Chin, ML Hakim, FA Prasetyo, M Yusuf, ...
International Symposium on Marine Engineering (ISME), 2017
142017
Alternative empirical formula for predicting the frictional drag penalty due to fouling on the ship hull using the design of experiments (doe) method
ML Hakim, B Nugroho, IK Suastika, I Utama
International Journal of Technology 12 (4), 829, 2021
132021
Kajian eksperimental pengaruh posisi perletakan hydrofoil pendukung terhadap hambatan kapal
SA Saputro, K Suastika
Jurnal Teknik ITS 1 (1), G51-G54, 2012
132012
A model for blocking of periodic waves
IK Suastika, JA Battjes
Coastal engineering journal 51 (02), 81-99, 2009
132009
Wind-tunnel experiments and CFD simulations to study the increase in ship resistance components due to roughness
ML Hakim, N Maqbulyani, B Nugroho, IK Suastika, I Utama
Journal of sustainability science and management 16 (3), 144-163, 2021
122021
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