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59-74 (in Japanese)
[7] ISHIKAWA, K., OKUMA, K., OKU, T., SONE, Y, NAKAMURA, K, and MASAKI, N.,
Performance and Quality Control of Viscoelastic Dampers, 75-86 (in Japanese)
[8] NAKATA, Y., UEMURA, K., IIDA, T., and HIROTA, M., Performance and Quality Control of Steel
Hysteretic Damper, 87-100 (in Japanese)
[9] TAKAHASHI, O. and SEKiGUCHI, Y., Constitutive Rule of the Oil Damper with Maxwell Model
and Source Code for the Analysis Program, 101-108 (in Japanese)
[10] SEKIGUCHI, Y. and TAKAHASHI, O., Constitutive Rule of the Viscous Damping Wall and Source
Code for the Analysis Program, 109-116 (in Japanese)
[11] KASAI, K. and OOHARA, K., Algorithm and Computer Code to Simulate Response of Viscous
Damper, 117-126 (in Japanese)
[12] KASAI, K., OOKI, Y., and TOKORO, K., Algorithm and Computer Code to Simulate Response of
Acrylic Viscoelastic Damper, 127-140 (in Japanese)
[13] SODA, S. and KAKIMOTO, K., Mechanical Models and Algorithm for Viscoelastic Dampers,
141-162 (in Japanese)
[14] ONO, Y, and KANEKO H., Constitutive Rule of the Steel Damper and Source Code for the Analysis
Programs, 163-170 (in Japanese)
Companion Paper (Part 2):
[15] KASAI, K. (2002). Development of JSSI Manual for Passive Control of Buildings (Part2: Device
Standard and Implementations), Proceedings oflCANCEER 2002, Hong Kong, China, August 19-20,
2002
Related SEWC2002 (Structural Engineers World Congress 2002, Yokohama, Japan, October
9-12, 2002) Papers by Response Control Committee:
[16] TAKEUCHI, T., KASAI, K., OHARA, K., NAKAJIMA, H., and KIMURA, Y., Performance
Evaluation and Design of Passively Controlled Buildings Using Equivalent Linearization
[17] ICHIKAWA, Y., TAKEUCHI, T., MORIMOTO, S., and SUGIYAMA, M., Practical Design of
High-Rise Structure Using Viscoelastic Dampers and Hysteretic Dampers
[IS]
KANADA, M., KASAI, K., and OKUMA, K., Innovative Passive Control Scheme: a Japanese
12-Story Building with stepping Columns and Viscoelastic Dampers
[ 19] ONO, Y., KANEKO, H., and KASAI, K., Time-History Analysis Models For Steel Dampers
[20] OOKI, Y., KASAI, K., and TOKORO, K., Time-History Analysis Models For Linear And Nonlinear
Viscoelastic Dampers
[21] OOHARA, K., and KASAI, K., Time-History Analysis Models For Nonlinear Viscous Dampers
[22] SEKIGUCHI, Y., and TAKAHASHI, 0., Time-History Analysis Models For Nonlinear Viscous
Damping Wall
[23] TAKAHASHI, 0. and SEKIGUCHI, Y., Time-History Analysis Models For Nonlinear Oil Dampers
[24] TSUYUKI, Y., KAMEI, T., GOFUKU, Y., IIYAMA, F., and KOTAKE, Y., Performance And
Quality Control Of Oil-Damper
[25] FURUKAWA, Y., KAWAGUCHI, S., SUKAGAWA, M., MASAKI, N., SERA, S., KATO, N.,
WASHIYAMA, Y, and MITSUSAKA, Y., Performance and Quality Control of Viscous Dampers
[26] OKUMA, K., 1SHIKAWA, K., OKU, T., SONE, Y., NAKAMURA, H., and MASAKI, N.,
Performance and Quality Control of Viscoelastic Dampers
[27] NAKATA, Y., Performance And Quality Control Of Steel Hysteretic Damper