BAGUS NUGROHO
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  • Home
  • Biography
  • Qualifications
  • Publications
  • Research
    • Research Topics >
      • Converging - Diverging Riblets
      • Surface Roughness
      • Ship Biofoulings
      • Mars Supersonic Parachute
      • Unmanned Combat Aerial Vehicle
      • Submarine Hydrodynamics
      • Destroyer Ship Aerodynamics
    • Research Fundings
    • Research Collaborations
  • University Teaching
  • Thermography
  • Outreach Activities
    • High-school engineering competition
    • Election Supervisory Committee
    • Indonesian Student Association in Australia
    • Election Committee
  • Galleries
    • Fluid Mechanics Arts >
      • Art gallery 1
      • Art gallery 2
      • Art gallery 3
    • Airshow Photos
  • In media
    • Television
    • Printed media
    • Online
  • Contact

​Destroyer ship aerodynamics

Many modern destroyer ship has a helicopter landing deck at its rear.
AIM
To study the aerodynamics and flow-fields of destroyer ship both numerical and experimental. 
METHOD
The study is looking into the aerodynamic characteristics of a modern destroyer ship model and assessing the turbulent flow field at the rear helicopter landing deck. The proposed study is  designed to characterise the vortex shedding and turbulent flow that may influence helicopter landing. Here we conduct wind tunnel and CFD studies to simulate the flow.

RESULTS
The experiment and simulation is currently still on going.
​

Experiment figures

Picture
Headline figure courtesy of Jung Hoon Lee, click the link below for full video
http://dx.doi.org/10.1103/APS.DFD.2014.GFM.V0054
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