” Transforming Maritime Technology For Fair and Sustainable Development In The Era Of Industrial Revolution 4.0 ”
SENTA 2019: The 4th International Conference on Marine Technology aims to provide a platform for researchers, academicians, practitioners, as well as industrial professionals from all over the world to present their research results and development activities in the fields of Marine Technology. This conference provides opportunities for the participants to present and discuss the most recent innovations, trends, and concerns, practical challenges encountered and the solutions adopted in the field of Marine Technology in sorder to support sustainable development.
Important Dates
| : | Abstract Submission Deadline | |
| 10 November 2019 | : | Abstract Accceptance Notification |
| : | Full Paper Submission Deadline | |
| 15 November 2019 | : | Registration Deadline |
| 5 December 2019 | : | Conference and company presentation (Keynote Speakers) |
| 6 December 2019 | : | Technical paper session |
Keynote Speakers
| Dr. Ir. Bambang Setiadi, M.S. | Head of National Research Council of Indonesia |
| Prof. Takeshi Shinoda | Professor National University Corporation Kyushu University, Marine Systems Design |
| Dr. Hang Sub Urm |
Head of DSME R&D Institute, DSME Executive Vice President |
| Dr. Ang Joo Hock | Senior Manager, R&D at Sembcorp Marine Ltd |
Schedule
| No. | Schedule | Agenda |
|---|---|---|
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1 |
07.30 – 08.30 |
Registration |
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2 |
08.30 – 09.00 |
Opening Ceremony :
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3 |
09.00 – 12.00 |
Seminar :
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4 |
12.00 – 13.00 |
Lunch Break |
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5 |
13.00 – 17.00 |
Technical Paper Session |
Download Proceeding
Technical Session
| TECHNICAL PAPER WAS HELD AT 13.00 WIB | |||||
| Venue | Topic | Author | Title | ||
| Meeting Room Marine Engineering Department | Marine Engineering A | 1 | Widhana Fajar Kussuma*1, Raja Oloan Saut Gurning, ST, M.Sc., Ph.D1 and A. A. Bagus Dinariyana Dwi P., ST, MES., Ph.D1 | FINANCIAL RISK ANALYSIS OF SHIP PROCUREMENT (NEW BUILDING, USED, CHARTER) | |
| 2 | Nilam Sari Octaviani and Semin | TECHNICAL OVERVIEW OF BIOGAS UTILIZATION AS FUEL OF BOAT ENGINE |
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| 3 | Nurhadi Siswantoro1*, Muhammad Badrus Zaman1 , Semin1, Dwi Priyanta1 |
SELECTION OF LNG PLANT LOCATION USING MULTI ATTRIBUTE DECISION MAKING (MADM) METHOD |
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| 4 | Fadilla I. Prastyasari1*, M. Badrus Zaman1 | THE IMPLEMENTATION OF ENGINE TELEMETRY DATA TO THE IMPROVEMENT OF A DUAL FUEL DIESEL ENGINE MAINTENANCE SCHEME |
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| 5 | Agoes Santoso, Alam Baheramsyah and M. Ramadhani Nugraha | OPTIMIZE AIR VENTILATION ARRANGEMENT USING CFD MODEL TO MAINTAIN THE ENGINE ROOM TEMPERATURES OF AN 8000 DWT GENERAL CARGO |
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| 6 | Trika Pitana1, Dhimas Widhi Handani2, Bernadita Suryawati3 | IMPLEMENTATION OF FORMAL SAFETY ASSESSMENT FOR RATIFICATION CONSIDERATION OF CLC 1969 AND FUND CONVENTION | |||
| 7 | Trika Pitana, [2]Maya Shovitri, [3]Haris Nur Fauzi | PRELIMINARY STUDY OF THE USING OF CRUMB RUBBER FILTRATION AND UV RADIATION AS MEDIUM FOR TREATING SHIP’S BALLAST WATER | |||
| 8 | 1Francisco Pinto, 2Aguk Zuhdi Muhammad Fathallah | INFLUENCE OF IODINE NUMBER OF BIODIESEL FUELS FROM WASTE COOKING OIL ON DIESEL ENGINE PERFORMANCE |
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| Meeting Room Ocean Engineering Department | Marine Engineering B | 1 | Aulia Siti Aisjah1*, A.A. Masroeri2, Moch. Yusuf Santoso3, Syamsul Arifin4, and Achmad Nizal Alif |
A FUZZY DECISION SUPPORT SYTEM OF IUU – TRANSHIPMENT IN INDONESIA |
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| 2 | Adhi Iswantoro1, M. Badrus Zaman2, Semin3*, Indra Ranu Kusuma4 |
DESIGN OF DUAL FUEL SYSTEM FOR MAIN ENGINE ON CNG CARRIER VESSEL |
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| 3 | SardonoSarwito1, Semin1, M BadrusZaman1 | THE INVESTIGATION ELECTRICAL POWER CONSUMPTION ON PASSENGER SHIP KM BUKIT SIGUNTANG |
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| 4 | Eddy Mustono1, Eddy Setyo Koenhardono2 | REVIEW OF LED SUPREMACY ON THE PURSE SEINE FISHING VESSEL | |||
| 5 | Alam Baheramsyah, Agoes Santoso, Tony Bambang M., and Trisno Kusuma S |
THE EXPERIMENTAL WORKS OF SHIP’S HULL COATING USING SUPERHYDROPHOBIC TO REDUCE FRICTIONAL RESISTANCE |
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| 6 | Hirofumi Doi 1,a and Takeshi Shinoda2,b | STUDY ON IMPROVEMENT OF PRODUCTIVITY OF INDONESIA SHIPBUILDING WITH THEORY OF CONSTRAINT |
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| 7 | Syamsul Arifin1*, Aulia Siti Aisjah2, and Nuri Sabrina3 | OPTIMIZATION OF BUOYWEATHER MODELS USE OF PSO METHOD: HIGH RELIABILITY IN JAVA SEA AS MARITIME WEATHER STATION | |||
| Meeting Room Naval Architecture Department | Naval Architecture A | 1 | Ketut Suastika1*, Regi Y. Dikantoro1, Dedi B. Purwanto1, Dony Setyawan1 and Wing H. A. Putra1 |
RESISTANCE ANALYSIS OF HYDROFOIL SUPPORTED CATAMARAN USING COMPUTATIONAL FLUID DYNAMICS |
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| 2 | Gita Marina Ahadyanti. 1, Wasis Dwi Aryawan2, and Muhamad Fyan Dinggi3 |
SUBMERGED RESISTANCE ANALYSIS OF MINI SUBMARINE USING COMPUTATIONAL FLUID DYNAMICS |
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| 3 | Hasanudin, Wasis Dwi Aryawan, Danu Utama, Febriani Rohmadhana |
DESIGN INNOVATION OF 600 GT LIVE FISH CARRIER FOR 716 AND 717 FISHING AREA OF INDONESIAN WATERS |
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| 4 | Id Adha Mula1*, A. Zubaydi2 and A. Budipriyanto3 | PROPERTIES OF SANDWICH PANEL CORE FROM EGGSHELL POWDER FOR SHIP STRUCTURE |
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| 5 | Yudiono1*, A. Budipriyanto2, A. Zubaydi3 | TESTS ON SANDWICH PLATE CORE MATERIALS WITH RICE HUSK FILLER FOR SHIP DECK STRUCTURE |
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| 6 | I K A P Utama1*, A A B D Putranta2, I M Ariana2, Hasanudin1, D Purnamasari3, I K Suastika |
ECO‐FRIENDLY CATAMARAN BOAT FOR TOURISM AND TRANSPORTATION AT LAKE OF BATUR – BALI |
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| 7 | M. S. Purwoko1*, A. Budipriyanto2, A. Zubaydi3 | STUDY ON WOOD SAWDUST FOR SANDWICH CORE MATERIAL OF SHIP STRUCTURE |
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| 8 | K. Abdullah 1*, A. Zubaydi2 and A. Budipriyanto3 | DEVELOPMENT OF SANDWICH PANEL WITH CORE FROM CLAMSHELL POWDER FOR SHIP STRUCTURE |
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| 9 | Shanty Manullang*1, Arif Fadillah1, Rizky Irvana1 | ANALYSIS OF STABILITY, RESISTANCE AND SEAKEEPING ACCORD TO DIMENSION AND FORM OF FISHING VESSEL 30 GT |
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| 10 | Supomo H.1, Baihaqi I.1, Zubaydi A.1, Wuruk Pribadi T.1, Imam Wahidi S.1 |
DESIGN FOR PRODUCTION AND OPERATION FOR TRADITIONAL FISHING BOAT BASED ON LOCAL WISDOM |
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| WA 101 | Naval Architecture B | 1 | Erzad Iskandar Putra, S.T.1 and Ir. Wasis Dwi Aryawan, M.Sc., Ph.D.2 |
ANALYSIS OF SELF PROPELLED BARGE RESISTANCE ON SHALLOW WATERS USING CFD |
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| 2 | Moh. Sholikhan Arif1, Triwilaswandio Wuruk Pribadi1, Heri Supomo1, Swastriadi Wirayudha |
DESIGN OF SHIPBUILDING MATERIAL MANAGEMENT ANDROID‐BASED APPLICATION |
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| 3 | Pratama Yuli Arianto*, Aries Sulisetyono and Teguh Putranto | ANALYSIS OF STRESS DUE TO WAVE LOAD ON THE CORVETTE WARSHIP | |||
| 4 | Try Arismunandar and Wing Hendroprasetyo Akbar Putra | ULTRASONIC TESTING TECHNIQUES FOR DIFFERENT THICKNESS BASE METAL WELD AREA AT SHIP ENGINE ROOM FOUNDATION |
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| 5 | E.R. de Fretes. 1*, E.J. de Lima1 | THE EFFECT OF COVER DIMENSION OF TRIMARAN HULLS GAP ON THE RESISTANCE, CASE STUDY ON FLOATING PORT DESIGN |
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| 6 | M. L. Hakim1*, I K. A. P. Utama1, B. Nugroho2, A. K. Yusim3, M. S. Baithal4, I K. Suastika1 |
REVIEW OF CORRELATION BETWEEN MARINE FOULING AND FUEL CONSUMPTION ON A SHIP |
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| 7 | Wolter R. Hetharia | THE EFFECT OF DRAFT CHANGING TO SHIP SPEED | |||
| 8 | Ardi Nugroho Yulianto1* and Dedi Budi Purwanto1 | DESIGN AND STRUCTURE ANALYSIS OF RAMP DOOR USING FINITE ELEMENT METHOD |
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| 9 | LesianaY. Ningrum1,a , Amiadji1,b , Tony B. Musriyadi1,c ,Edi Jadmiko1,d | THE POTENCY OF PINEAPPLE LEAF FIBER AS AN ALTERNATIVE COMPOSITE MATERIAL TO SUBTITUTION FIBERGLASS IN THE HULL MANUFACTURE |
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| 10 | Febriani Rohmadhana, Wasis Dwi Aryawan | ALTERNATIVE HULL FORM ANALYSIS OF SELF PROPELLED BARGE TO REDUCE SHIP RESISTANCE |
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| 11 | Retnopujiati1a, Amiadji1b, Edijatmiko1c, Tony Bambang Musriyadi1d | TECHNICAL ANALYSIS OF COMPOSITE MATERIALS OF NATURAL SUGARCANE FIBER SUPPLIES FOR ALTERNATIVE MATERIALS OF SHIP HULL MAKING |
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| WA 107 | Maritime Logistic | 1 | Hasan Iqbal Nur1,a, I G. N. Sumanta Buana2,b and Amallia Pertiwi3 |
MULTIMODAL TRANSPORTATION MODEL FOR HEAVY LIFT CARGO: | |
| 2 | I G. N. Sumanta Buana1*, Setyo Nugroho1, Firmanto Hadi1 and Irwan Tri Yunianto1 |
A CASE STUDY OF EXPORT RAILWAY CARRIAGES | |||
| 3 | Atikah Nuhayati (1) Agus Heri Purnomo(2) | IMPROVING EFFECTIVENESS OF REFRIGERATED FISH HOLD TECHNOLOGY IN THE NATIONAL LOGISTIC SYSTEM: IDENTIFYING STRATEGY FOR ITS APPLICATION IN THE FIELD |
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| 4 | Hayy Nur Abdillah 1, R. O. Saut Gurning2 | CO‐MANAGEMENT DEVELOPMENT MODEL IN THE COASTAL REGION BASED ON BLUE ECONOMY |
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| 5 | Nazaruddin 1, Saut Gurning 2 | THE IMPORTANT ROLE OF PANGLIMA LAOT (SEA COMMANDER) AS A LOCAL WISDOM IN SUSTAINABLE FISHERIES MANAGEMENT IN ACEH PROVINCE |
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| 6 | Thariq A. Akbar1, Raja Oloan Saut Gurning2* | A REVIEW OF APPLICATION OF BLUE ECONOMY AS A DEVELOPMENT CONCEPT FOR SMALL AND OUTER ISLAND IN INDONESIA, CASE STUDY: NATUNA ISLAND |
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| 7 | Yulia Ayu N. 1, Saut Gurning2 | IMPLEMENTATION OF THE BLUE ECONOMIC SYSTEM FOR INDONESIA’S FISHERY SECTOR |
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| 8 | Birham Hermansyah. 1, R.O Saut Gurning2 | CUSTOMARY LAW IN INDONESIA, DO THEY HAVE A ROLE IN THE EFFORT TO CONSERVE FISHERY RESOURCES? STUDY CASE AWIG AWIG IN NORTH LOMBOK |
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| 9 | Edwin Matatula*1, Setyo Nugroho*2. | PRELIMINARY STUDY OF ENERGY SUPPLY ELECTION TO THE AREA OF THE ISLANDS |
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| 10 | Setyo Nugroho, M Badrus Zaman | INFORMATION CONNECTIVITY AS A PRIMARY INSTRUMENT TO ENHANCE TRANSPORT CONNECTIVITY |
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| WA 109 | Marine Renewable Energy | 1 | Eko B. Djatmiko1*, Nur Syahroni1, Sujantoko1, Danil T Putra1, and Imam F Farkhani1 |
CONCEPT DEVELOPMENT OF ARTICULATED TOWER – OCEAN WAVE ENERGY CONVERTER (AT‐OWEC) |
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| 2 | Ayom Buwono1*, Muswar Muslim1, and Danny Faturachman1 | APPLICATION OF ORGANIC RANKINE CYCLE POWER PLANT ON COASTER 1000 DWT | |||
| 3 | Fahreza Okta S. 1, Mukhtasor 1 | IDENTIFICATION AND MAPPING A POTENSIAL WAVE ENERGY LOCATION IN INDONESIAN WATERS |
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| 4 | Muchammad Iqbal Havis 1 , Nurul Fatimah Yunita 1 | SURFACE CURRENTS IN INDONESIAN SEA BASED ON OCEAN SURFACE CURRENTS NEAR – REALTIME (OSCAR) DATA |
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| 5 | Ede Mehta Wardhana1*, Muhammad Badrus Zaman1 , Semin1 | SOLAR POWER ENERGY MODEL – STUDY CASE AT GILIYANG ISLAND | |||
| 6 | Priyo Agus Setiawan1*, Adi Wirawan Husodo1 and Anda Iviana Juniani | NUMERICAL STUDY OF SAVONIUS WATER TURBINE PERFORMANCE BY ADDING DEFLECTOR TO ADVANCING BLADE SIDE | |||
| 7 | Achmad Baidowi, Semin* and Arif R Suwandi | ANALYSIS OF THE DEEP WATER MOORING SYSTEM PLATFORM | |||
| 8 | C F B Sa’u, D M Rosyid | CONFIGURATION SELECTION BASED ON LIFECYCLE COST OF SUBSEA PRODUCTION SYSTEM: CASE OF INDONESIAN DEEPWATER FIELD | |||
| 9 | Frengki M. Felayati 1, Semin2 and Saut Gurning3 | OVERVIEW OF OPPORTUNITY OF DUAL FUEL SHIP TO SUPPORT BLUE ECONOMY INDONESIA STRATEGY |
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| WA 113 | Coastal Engineering and Natural Resources | 1 | Septiyan Adi Nugroho ST 1*, Ir. Mahirul Mursid MSc 2,Murdjito MSc Eng. 3 |
STUDY ON DEVELOPMENT GREEN SHIPBUILDING INDUSTRY IN LAMONGAN DISTRICT TO INCREASE COMPETITIVENESS |
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| 2 | Pieter Th Berhitu. 1, Supriharyono,2* Djoko Suprapto3 | ZONATION BASED SPATIAL DYNAMIC MODEL APPROACH FOR SUSTAINABLE MANAGEMENT OF COASTAL AREAS OF AMBON CITY | |||
| 3 | 1 2 Rikky Leonard , Endang Dewi Masithah and Wahju 1,2 Tjahjaningsih . |
COMPARISON STUDY OF Skeletonema sp. AND Chaetoceros sp. ABILITIES AS BIOREMEDIATION AGENT OF MERCURY (Hg) | |||
| 4 | 1mohd Zamani, Ahmad, 2syed Ahmad Iskandar Syed Ariffin,3ahmad Faizal Ahmad Fuad, 4asmawi Abdul Malik, 5ismail Zainol |
SUSTAINABILITY CHECKLIST FOR TRANSPORT SYSTEM PLAN FOR MANGROVE ECO‐PARK | |||
| 5 | Thesyandra Mira Anissabela Rigitta1 , Gabriella Inez Aramita 1 | DISTRIBUTIONS OF DIATOM PHYTOPLANKTON BASED ON SEA CURRENT IN INDONESIA |
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| 6 | Alphie Benhard Manullang1*, A.A.B. Dinariyana1**, Ketut Buda Artana1***, Fatiya Sarasvati1**** and Trika Pitana1 | DISPERSION ESTIMATION OF SHIP GAS EMISSION USING LAGRANGIAN PARTICLE DISPERSION MODEL (LPDM) BASED ON AUTOMATIC IDENTIFICATION SYSTEM (AIS): A CASE STUDY OF MADURA STRAIT | |||
| 7 | Muhammad Badrus Zaman1*, Setyo Nugroho2, Murjito3 | DEVELOPMENT OF DIGITAL EDUCATION FOR SMALL ISLAND CASE STUDY: MARATUA ISLAND | |||
| 8 | Charlotha I Tupan and Prulley A Uneputty | GROWTH AND PRODUCTION OF SEAGRASS LEAVES Thalassia hemprichii ON THE SULI COASTAL WATERS, AMBON ISLAND | |||
| 9 | Andi Mega Mustika Natsir. 1, Kriyo Sambodho1,2* and Achmad Yasir Baeda1 |
MODELING OF TSUNAMI MITIGATION IN LOSARI BEACH | |||
| 10 | Arif Fadillah, Putra Pertama | ECONOMIC EVALUATION AND GAS EMISSION FOR COAL TRANSPORTATION USING PUSHER BARGE SYSTEM AND EMPTY BARGES PLACEMENT AT PORT |
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| WA 114 | Maritime Logistics, Tourism,Securit y And Defence,Ocean Engineering,Por t | 1 | Dicky Nalendra S. 1, Saut Gurning2 | FISHERY OR TOURISM DEVELOPMENT? REVIEW OF BLUE ECONOMY CONCEPT FOR INDONESIA |
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| 2 | Donny Endra Prastya 1, Saut Gurning 2 | BLUE ECONOMY IMPLEMENTATION ON THE MARITIME TOURISM IN DULLAH ISLAND |
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| 3 | Antoni Arif Priadi 1*, Imam Fachrudin 2, Lili Purnamasita 3,Retno Sawitri Wulandari 4, and Vidya Selasdini 5 | HOW DOES THE PASSENGER PERCEPTION AWARE TO THE SAFETY ASPECTS IN CASE ON PASSENGER SHIP ? |
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| 4 | Takeshi Shinoda1*, Hideyo Inutsuka2, Putu Hangga1 and Tiago Novaes Mathias2 Takeshi Shinoda1*, Hideyo Inutsuka2, Putu Hangga1 and Tiago Novaes Mathias2 Takeshi Shinoda1*, Hideyo Inutsuka2, Putu Hangga1 and Tiago Novaes Mathias2 |
EVALUATION OF CONTAINER TERMINAL CONFIGURATIONS BY COMPUTER SIMULATION | |||
| 5 | Firmanto Hadi 1,a, Siti Dwi Lazuardi 2,b and Besti Pratiwi3 | COMPETITIVENESS ANALYSIS AMONG CONTAINER TERMINALS IN ONE REGION: A CASE STUDY OF CONTAINER TERMINALS IN SURABAYA | |||
| 6 | Christino Boyke S.P. 1*, Ferdhi Zulkarnaen 1 and Norma Syahnasa1 |
STUDY OF PORT DEVELOPMENT IMPACT ON TRANSPORT COST: A CASE STUDY OF TELUK PRIGI PORT |
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| 7 | Devi Verawati Gusman 1, Kriyo Sambodho2 and Inovasita Alifdini3 | ASSESSMENT OF TSUNAMI HAZARD VULNERABILITY: CASE STUDY OF THE 1994 BANYUWANGI TSUNAMI | |||
| 8 | Dimas Tegar R, Raja Oloan Saut Gurning | DEVELOPMENT OF MARINE AND COASTAL TOURISM ‐ BASED ON BLUE ECONOMY |
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| 9 | Otto Senna, Saut Gurning | SUSTAINABLE INDONESIAN ECONOMIC DEVELOPMENT IN THE FISHERIES SECTOR WITH BLUE ECONOMIC CONCEPT |
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| 10 | Tri Achmadi, Eka Wahyu Ardhi, Muchammad Khoiruddin Mz | CONCEPTUAL DESIGN AND OPERATION MODEL OF FLOATING HEATH CLINIC |
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