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Wahyudi, Dr., Ir., M.Sc.
Department of Ocean Engineering
,
Laboratory of Coastal and Port Infrastructure
h-index
62
Citations
4
h-index
Calculated based on number of publications stored in Pure and citations from Scopus
1997 …
2024
Research activity per year
Overview
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Research output
(13)
Press/Media
(2)
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(6)
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Dive into the research topics where Wahyudi is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Engineering
Mooring
61%
Hydraulics
61%
Wave Height
61%
Coastal Area
46%
Physical Model
46%
Armour Unit
46%
Armour Layer
46%
Mooring Design
30%
Design Selection
30%
Mooring Analysis
30%
Hydrodynamics
30%
Current Direction
30%
Longitudinal Strength
30%
Automatic Identification System
30%
Lifting Operation
30%
Crane Barge
30%
Error Value
25%
Mooring Line
24%
Maximum Shear Force
20%
Numerical Methods
20%
Bending Moment
20%
Ship Collision
20%
Anchors
18%
Bottom Sediment
15%
Good Agreement
15%
Observed Data
15%
Surrounding Environment
15%
Fine Sand
15%
Simulation Result
15%
Damage Condition
15%
Model Test
15%
Coastal Structure
15%
Structural Failure
15%
Layer Design
15%
Stability Test
15%
Shear Force
10%
Significant Change
10%
Maximum Bending Moment
10%
Ballast Tanks
10%
Distribution Model
10%
Linear Array
10%
Rotation Angle
10%
Loading Direction
10%
Human Performance
10%
Load Distribution
10%
Back Side
6%
Time Domain
6%
Domain Analysis
6%
Pilot Project
6%
Environmental Load
6%
Earth and Planetary Sciences
Indonesia
100%
High Current
46%
Current Direction
38%
Current Velocity
34%
Earth Surface Sediment Transport
30%
Coastal Region
30%
Tsunami Wave
30%
Wave Height
30%
Rip Current
30%
Landownership
30%
Arrival Time
30%
Shoreline Change
30%
Maritime Boundary
30%
Subduction Zone
30%
Tectonic Plate
30%
Oceanographic Phenomena
30%
Water Flow
30%
Bathymeter
30%
Sea Grasses
30%
Phytoplankton
30%
Indian Ocean
30%
Accumulation Rate
30%
Trough
30%
Benthic foraminifera
30%
Organic Carbon
30%
Organic Matter
30%
Port
23%
Coastal Environment
15%
Wave Direction
15%
Surface Water
12%
Numerical Modeling
7%
China
6%
Last Glacial
6%
Last Glacial Maximum
6%
Sediment Core
6%
Paleoceanography
6%
Sea Bed
6%
