Research topic: Development of advanced seismic concrete structures
- Displacement and ductility required for reinforced concrete buildings
（Research2016，Research2017，Research2017，Research2018，
Research2020（Five story，Wall1，Wall2），
Research2022（Wall1，Wall2，Shear sliding）) - Structural system capable of quick recover after earthquakes
（Research2014，Research2016，Research2016，Research2017，
Research2018，Research2020（Wall1，Wall2，PRC Beam），
Research2022（Wall）） - Seismic performance of concrete piles
(Research 2016，Research2017A，Research2017B，Research2017C，Research2017D，Research2018A，Research2018B，Research2019A，Research2019B， Research2019C，Research2019D，Research2019E，Research2019F，
Resaerch2020（PilecapFlexure1，Flexure2，Flexure3，Bearing strength，
PRC pile，Precast CFST pile flexure，
Precast CFST pile compression，
Precast CFST pile Shear1，Shear2，Shear3）,
Research 2022(Pilecap1, Pilecap2, CFST pile1, CFST pile2,
Precast CFST pile, Soil-pile-superstructure interaction)) - Precast/presressed concrete structures to achieve durable and long lasting structural system
- Seismic retrofit of existing reinforced concrete buildings
- Lightweight slab system with glue laminated timber
- High performance concrete with fibers
- Reinforced concrete shear walls
（Research2014A，Resaerch2014B，Research2014C， Research2015A，Research2015B，Research2015C，Research2016A，Resaerch2016B，Research2016C，Research2017，Research2018，Research2019A，Research2019B） - Performance of RC members with high strength concrete and reinforcement
（Research2014，Research2018，Research2019A，Research2019B） - Evaluation of RC members with FEM analysis
（Researh2014，Research 2016，Research2017，Research2018） - Performance of RC walls for tsunami debris impact
（Resaerch2014，Research2015） - Performance of RC members with rusted reinforcement
（Research2014）