Scopus Citedness

1. Barjoee SS, Gendler S. Sustainable illumination., 2024. Experimental and simulation analysis of illumination for workers wellbeing in the workplace. Heliyon. Dec 30;10(24).

    -Wati, G., Suardi, S., Mubarak, A.A., Fabila, N., Simanjuntak, L.G., Adila, I.R. and Myistro, E. Analysis of generator power requirements for lighting distribution using LED lights on a 500 DWT sabuk nusantara, 1(2).

2. Fragassa, C., Mattiello, S., Fronduti, M., Del Gobbo, J., Gagic, R. and Santulli, C., 2024. Prevention of biofouling due to water absorption of natural fiber composites in the aquatic environment: A critical review. Journal of Composites Science, 8(12)

    -Wijaya, V., Alamsyah, A., Hijriah, H., Suardi, S. and Pawara, M.U. Technical Study of Natural Fibers from Banana Fronds as Boat Component Material in Inland Waterways, 2(1).

3. John, A.J.V., Alagarsamy, S., Chen, T.W., Chen, S.M., Muthumariappan, A., Liou, W.C., Ullah, R., Al-Onazi, W.A., Elshikh, M.S. and Yu, J., 2024. Ultrasonically Assembled 0-D Zirconium Oxide on TiO2 Nanorod for a Sensitive Determination of Antibiotic Drug in Biological Samples.Journal of The Electrochemical Society, 171(6), 

    -Ananda, D.P. Analysis of Combination of Natural Fiber Bamboo and Rattan Fiber for Alternative Material in Ship Hull, 1(1).

4. Albuquerque, B.S.D., Tostes, M.E.D.L., Bezerra, U.H., Carvalho, C.C.M.D.M. and Nascimento, A.L.L.D., 2024. Use of Distributed Energy Resources Integrated with the Electric Grid in the Amazon: A Case Study of the Universidade Federal do Pará Poraquê Electric Boat Using a Digital Twin. Machines, 12(11)

    -Nikmatullah, M.I., Baharuddin, B., Zulkifli, Z., Alwi, M.R. and Sitepu, A.H. Modification of traditional fishing boat outriggers into a simple electric power plant. 1(1)

5. Fragassa, C., Mattiello, S., Fronduti, M., Del Gobbo, J., Gagic, R. and Santulli, C., 2024. Prevention of biofouling due to water absorption of natural fiber composites in the aquatic environment: A critical review. Journal of Composites Science, 8(12)

    -Harefa, D.K., Study of The Potential of Palm Oil Empty Core Fiber As Composite Materials for Ship Hull.  1(1).

6. Heryadi, R., Nur, S.M., Hikariantara, I.P., Suseno, D. and Viendyasari, M., 2023. The potential of bio-DME from oil palm empty fruit bunch in the Kalimantan region.  IOP Conference Series: Earth and Environmental Science, 1282 (1)

    -Harefa, D.K., Study of The Potential of Palm Oil Empty Core Fiber As Composite Materials for Ship Hull.  1(1).

7. Purwanto W, Handanu OJ, Baharudin A. Analysis of Modified Exhaust Tip Geometry on Flow Behavior and Backpressure in Car Exhaust Systems for Electricity Harvesting. Advance Sustainable Science Engineering and Technology. 2025 Apr 30;7(2):02502020-

    -Turangan MU. Numerical Simulation of the Effect of Flow Velocity and Inlet Position on the Pressure Drop in the Exhaust Manifold. Indonesian Journal of Maritime Technology. 2023 Aug 30;1(1).

8. Sambah AB, Sunardi F, Rihmi MK, Pratama VD, Hajisamae S, Khongpuang S. Modelling Tuna Habitat Suitability in Response to Monsoon-Driven Oceanographic Variability Using Remote Sensing and a Pelagic Habitat Index. Journal homepage: http://iieta. org/journals/ijdne. 2026 Jan;21(1):59-70.

   -Manik A, Arifuddin AM, Pawara MU, Nurcholik SD, Ikhwani RJ. Analysis of Gross Tonnage (GT) Capacity Installed On Traditional Wooden Ships In Penajam Paser Utara. Indonesian Journal of Maritime Technology. 2023 Dec 24;1(2):78-84.

9. Saharuddin NZ, Nasruddin FD, Shair EF, Kamal I, Yasin ZM. Sustainable Lighting Retrofit for Energy Efficiency in Institutional Buildings. PaperASIA. 2026 Mar 16;42(1b):606-17.

   -Suardi S, Pratama BY, Pawara MU, Yosefan A, Anugerah AN, Abdurrahman L, Tasrief M, Klara S. Optimizing Generator Power Usage Through LED Lighting Distribution on Tugboats: A Case Study of a 26.80-Meter Vessel. Indonesian Journal of Maritime Technology. 2025 Apr 25;3(1).

10. Wu J, Zhang Y, Jiang M, Cao XE, Zhang Z. Onboard carbon capture, utilization, and storage. Cell Reports Physical Science. 2025 Dec 23.

   -Santosa PI, Erifive P, Suardi S, Yuliadi MZ, Pradityana A, Nastiti YA. Carbon capture storage system on the ship. Indonesian Journal of Maritime Technology. 2025 May 16;3(1).

11. Hiron N, Busaeri N, Meylani V. Hybrid Absorption–Adsorption Mechanism for CO2 Capture Using Mist and Coconut Fiber. Greenhouse Gases: Science and Technology. 2026:e70017.

   -Santosa PI, Erifive P, Suardi S, Yuliadi MZ, Pradityana A, Nastiti YA. Carbon capture storage system on the ship. Indonesian Journal of Maritime Technology. 2025 May 16;3(1).

12. Mafrisal M, Rahman FA, Putri IA, Mallisa SV, Arleiny A. Converting training ships into pioneer ships: A policy for regional equity. Maritime Technology and Research. 2026 Mar 31;8(3):285338-.

   -Ningrat A, Tahir A. Optimizing Container Crane Performance: Enhancing Loading and Unloading Productivity at PT. Kaltim Kariangau Terminal. Indonesian Journal of Maritime Technology. 2024 Dec 16;2(2).

13. Amalia F, Ahadiat Gandawijaya A, Suliastuti I, Dea Sabiella I, Akbar Khalid N, Dhira Saccena N. Banana frond fibre reinforced composites as an innovative material for sustainable furniture production. InIOP Conference Series: Earth and Environmental Science 2025 Nov 1 (Vol. 1542, No. 1, p. 012015). IOP Publishing.

    -Wijaya, V., Alamsyah, A., Hijriah, H., Suardi, S. and Pawara, M.U. Technical Study of Natural Fibers from Banana Fronds as Boat Component Material in Inland Waterways, 2(1).

14. Malik FR, Novita Y, Iskandar BH, Puspito G, Sukoraharjo SS. A Review on the Fishing Boat Outrigger Design and Construction Development in Indonesia. Engineering, Technology & Applied Science Research. 2025 Aug 2;15(4):25590-6.

   -Nikmatullah MI, Baharuddin B, Zulkifli Z, Alwi MR, Sitepu AH. Modification of traditional fishing boat outriggers into a simple electric power plant. Indonesian Journal of Maritime Technology. 2023 Dec 18;1(2):65-70.

15. García Rodríguez L, Castro-Santos L, Lamas Galdo MI. Techno-economic analysis of the implementation of the IEC 62034: 2012 standard—Automatic test systems for battery-powered emergency escape lighting—In a 52.8-meter multipurpose vessel. Eng. 2025 May 23;6(6):110.

    -Wati, G., Suardi, S., Mubarak, A.A., Fabila, N., Simanjuntak, L.G., Adila, I.R. and Myistro, E. Analysis of generator power requirements for lighting distribution using LED lights on a 500 DWT sabuk nusantara, 1(2).