In this laboratory, researches are focused on new economical design and the study of steel structures and high strength thin-walled structures by means of theoretical, numeri- cal, experimental analysis.
Also, collaborating with Seismic Engineering Laboratory, the standard design for earth- quake proof has been lively studied.
Main Research
- A buckling behavior of thin-walled mono-symmetric arch.
- A buckling behavior of steel curved I girder flange.
- A study of vibration characteristic of horizontally curved I girder.
- A study of 2D buckling analysis of continuous welded rail.
- A study of structural system for seismic design
- A study of the seismic design and the specification for foundation isolation.
- The development of mono-curvature shell element for out of plane and a study of non-
linear analysis.
- The development of program for curved box girder considering influence surface and a
study of miniature experiment.
- A buckling of a elastically supported mono-symmetric I girder.
- The development of seismic retrofitting method and seismic design for bridges
- The new concept for top reinforced design of decks on steel I-girder bridges.
- The development of applied design and efficiency of various seismic device for bridge.
