The School has excellent experimental facilities including the Ocean Engineering Wide Tank and the Wind-Water Tunnel which are unique of their kinds in the country as well as a variety of equipments for structure and vibration tests and extensive computing facilities. |
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click to each facility:
1.NAOE Laboratory Building
2.Ocean Engineering Wide Tank
3.Circulating Water Channel
4.Wind-Water Tunnel
5.Computer Integrated Manufacturing Education Center
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| 1. ONAOE Laboratory Building |
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The new laboratory building with High-Tech experimental facilities was completed in June 2008.
USD 1,700,000 was budgeted for the construction. |
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| Overall area |
1,853.13 §© |
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| Structure |
3 floor |
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- Structural lab
Collision test / Fatigue test / Strain measurement
- Thermo-deformation lab
- Welding lab
- Numerical and Computational structural mechanics lab
- Vibration and Noise lab
- Virtual Reality lab
- Fundamental Mechanics lab
- Fluid Mechanics lab
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2. Ocean Engineering Wide Tank  Download Brochure |
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The construction of the tank began in December 1995 and was completed in September 1996. It
was equipped with a multi-directional absorbing wavemaker, and a X-Y carriage was installed in
November 1998. It is a marvel of the ocean engineering tank design in Korea. |
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| Overall size |
LxBxDxDw = 30x20x3x2.5 m |
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| Pit size |
LxBxD = 6x5x3 m |
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- Wave profile : Regular and random waves
- Maximum wave height : 0.2m at 0.875Hz
- Wave period : 0.5~5sec
- Wave board : Flap type with breadth 0.5m
- The carriage with a high power brushless servo-motor speeds up to 2.0m/s
- The sub-carriage has a rotating 1.0m by 1.5m mount for model support
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| 3. Circulating Water Channel |
| The facilities include one complete vertical type CWC for resistance tests, propeller open tests,
and oblique self-propulsion tests. The divided CWC system, passing through the surface layer
suction duct and the discharge duct of side wall, is adopted for the purpose of getting a uniform
water flow at the observation section. |
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| Measuring section size |
LxBxH = 3.0x1.0x0.8 m |
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| Water flow speed |
range: 0.5~1.5m/s,
distribution : +-0.2%(90% area except B.C) |
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| Total motor power |
AC 15kw x 2, 1750 rpm(impeller rpm 830) |
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| 4. Wind-Water Tunnel |
| The tunnel, of the open circuit suction type with a water tank, was completed in December 1998. |
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| Test section size |
LxBxH = 10.0x2.0x1.8 m |
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| Contraction ration |
4 : 1 |
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| Wind speed |
0 ~ 35 m/s |
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| Fan power |
110 kW |
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| Turn table |
1 = 1.8 m, 2 = 1.5 m |
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| Water tank |
LxBxD = 9.0x1.8x1.5 m |
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| 5. Computer Integrated Manufacturing Education Center |
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- CATIA V.5R14 15 copies
- CATIA V4 11 copies
- Delmia IGRIP 20 users
- AutoCad 2006 65 copies
- Patran & NASTRAN 10 users
- ABAQUS
- ANSYS
- MOSES
- Fluent
- 60 Pentium IV PCs with GeForce FX6500(128M) VGA cards
- Virtual Reality room with a high performance PC with nVidia Quadro FX4400(512MB)
- Numerical and computational fluid mechanics lab
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