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IKHA MAGDALENA

Institut Teknologi Bandung S2 - Aktuaria SINTA ID : 6020599
3.246
SINTA Score Overall
770
SINTA Score 3Yr
3.246
Affil Score
770
Affil Score 3Yr
Latest number of Publication and Citations
Experimental and numerical evaluation of tsunami wave reduction through the implementation of sea dikes and trenches
Authors : HQ Rif’atin, I Magdalena, W Kongko, M Farid IOP Conference Series: Earth and Environmental Science 1464 (1), 012008, 2025
2025 0 cited
Analytical and Computational Methods for Optimizing Gabion-Pile Coastal Structures
Authors : V Ferren, I Magdalena, C Saengsupavanich, MNF Dhiya, ... Water 17 (4), 551, 2025
2025 0 cited
The effectiveness of the combination of breakwater and trench in reducing waves
Authors : I Magdalena, MA Abidin, MI Azis, I Solekhudin Results in Engineering 25, 103530, 2025
2025 1 cited
Wave shoaling and its interaction with mangrove
Authors : NA Christien, I Magdalena IOP Conference Series: Earth and Environmental Science 1464 (1), 012007, 2025
2025 0 cited
Wave Resonance Reduction over a Linear Transition Bottom with a Submerged Porous Breakwater
Authors : I Magdalena, O Nathanael Results in Engineering, 104580, 2025
2025 0 cited
Impact of Storm Pabuk on a Monsoon coral beach: Bidong Island, Terengganu (Malaysia)
Authors : SNH Zainuddin, CDM Safuan, J Zakaria, C Saengsupavanich, MZ Ramli, ... Marine Geology, 107495, 2025
2025 0 cited
Reduction in wave shoaling over a linear transition bottom using a porous medium
Authors : I Magdalena, IJ Kristianto, HQ Rif'atin, AS Ratnayake, ... Theoretical and Applied Mechanics Letters 15 (1), 100556, 2025
2025 1 cited
Analytical and numerical studies of wave attenuation using mangroves and submerged breakwaters for coastal protection
Authors : V Ferren, I Magdalena IOP Conference Series: Earth and Environmental Science 1464 (1), 012009, 2025
2025 0 cited
SWE-Exner model for evaluating the effectiveness of organic coastal defense in trapping mud and absorbing waves
Authors : I Magdalena, K Firdaus, HQ Rif'atin, MSB Kusuma, I Solekhudin, M Helmi Results in Engineering 25, 104310, 2025
2025 0 cited
Wave resonance mitigation using a rigid submerged breakwater in a varying-width channel
Authors : I Magdalena, RM Valerio Physics of Fluids 36 (3), 2024
2024 0 cited
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Summary

Article Quartile
Research Output
  Scopus GScholar WOS
Article 100 112 68
Citation 674 850 456
Cited Document 73 79 48
H-Index 15 18 13
i10-Index 24 30 20
G-Index 1 2 1
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