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NIED, Hyogo Earthquake Engineering Research Center, Research Services Group,
1501-21 Shijimicho Mitsuda Nishikameya, Miki-shi, Hyogo, Zip code 673-0515

   
Four-story Reinforced Concrete and Post-Tensioned Concrete Buildings,
(December 2010)
Reinforced Concrete Bridge Pier - New Generation Ductile Pier -,
(February and March 2010)
Three-story Wooden Houses,
(October 2009)
Multistory Steel Building -Effect of Supplemental Dampers-,
(September 2009)
 
 Controlled-Rocking Steel Frame -NEES/E-Defense Collaborative Research-,
(August 2009)
Seven-story Wooden Building -NEES/E-Defense Collaborative Research-,
(July 2009)
 
Five-story Steel Building with Supplemental Dampers,
(March 2009)
 Functional Maintenance of  Medical Facility,
(December 2008 & January 2009)
 Traditional Wooden Houses, November &
(December 2008)
Reinforced Concrete Bridge Pier - 1970síPier with Cut-off -,
(October 2008)
 Reinforced Concrete Bridge Pier - Pier Designed Based on the Current Code -,
(August & September 2008)
 Multistory Steel Building,
(March 2008)
 Office Space in High-Rise Buildings,
(January 2008)
Reinforced Concrete Bridge Pier - 1970síPier -,
(December 2007)
 
Seven-story XLam Wood Panel Construction,
(October 2007)
 
 Four-story Steel Building,
(September 2007)
 Nonstructural Components in High-rise Buildings,
(March 2007)
Conventional Wooden Houses (2),
(February 2007)
 Traditional Wooden Houses (2),
(February 2007)
Lateral Spreading due to Liquefaction - Case of Caisson Type Quay Walls -,
(December 2006)
 
Three-story Reinforced Concrete School Buildings,
(September & October 2006)
 
 Soil-Pile Foundation Interaction - Case of Liquefied Sand -,
(August 2006)
Lateral Spreading due to Liquefaction - Case of Sheet Pile Quay Walls -,
(March 2006)
 
 Soil-Pile Foundation Interaction - Case of Dry Sand -,
(February 2006)
 Six-story Reinforced Concrete Building,
(January 2006) 
Conventional Wooden Houses,
(November 2005) 
 
Traditional Wooden Houses,
(November 2005)

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