HOME KOREA CONTACT US

PROJECT

Location
301-1357
+82-2-880-1901(1901)
302-213-1
+82-2-880-1608(1608)

Previous Project

HOMEPROJECTPrevious Project

Total : 41, Now : 2 / 5 page

	Development of the fluid-structure-flight dynamics coupled analysis considering nonlinear deflections for high-altitude long-endurance unmanned air vehicles Period : 2017-03-01~2020-02-28 Fund provider : National Research Foundation of Korea Personnel : LEE S.H.
	A study on development of vehicle design framework for HCUR(High speed Compound Unmanned Rotorcraft) Period : 2016-10-01~2021-12-31 Fund provider : Agency for Defense Development Personnel : Lee D. W., Eun W. J.
	Fluid-Structure Interaction Analysis of Liquid Rocket Engine Side Loads Period : 2015-09-01~2017-12-31 Fund provider : Korea Aerospace Research Institute Personnel : Kim, S.I., Cho, H.S., Joo, H.S.
	Automatic Estimation of the Structural Loads and Deflection in Unmanned Air Vehicle Period : 2015-01-01~2016-12-31 Fund provider : Agency for Defense Development Personnel : Kang, Y. J., Bin, Y. B.
	System Identification upon the Fluid-Structure Interaction in a High Speed Vehicle Launcher Period : 2014-12-01~2019-12-31 Fund provider : High-speed Vehicle Research Center Personnel : Joo, H. S, Cho, H. S.
	Development of the Educational Software and Contents for Structural Dynamics (EDISON) Period : 2014-07-01~2019-06-30 Fund provider : National Research Foundation of Korea Personnel : Gong D. H., Joo H. S., Cho H. S. and Eun W.J.
	Multi-Physics Analysis for an Air-conditioner Outdoor fanFan Period : 2014-04-01~2015-04-30 Fund provider : LG Electronics Inc Personnel : Ryu, H. Y., Chun, J. H.
	Low-vibration Low-acoustics Design and Development for a Portable Rotorcraft with Precision Photograph Capability Period : 2014-03-03~2014-08-29 Fund provider : LG Electronics Inc Personnel : Cho, H.S., and Eun, W.J.
	Development of Space Launch Vehicle Structural Analysis considering Multiple Disciplines Period : 2013-11-01~2020-08-31 Fund provider : Next-generation Space Propulsion Research Center (SPRC) Personnel : S. H. Lee, and J. U. Yoo
	Study on Vibration Reduction of Rotorcraft using Smart Hybrid Active Rotor Blade Period : 2013-11-01~2016-10-31 Fund provider : National Research Foundation of Korea Personnel : Lim B. U., Eun, W. J.

First 1 | 2 | 3 | 4 | 5 END