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57
being developed [19-23] by the Passive Device Analysis Working Group, and Passi\e Svstem
Analysis Working, Group, respectively (Table 1). Fig. 5 shows summary of the design procedures
mentioned above.
Given: Blclg. Config., Damper Type
( Get
(c
\
t
1
Frame, Stiffness, Period etc.
1
1
T • T ^1
against EQ. Levels
4
Get: Damper ;MZ & ^
1
Perform: Time History Analysis*
nf Ettitlftinrr
\
Y
\1f\fla>l
Evaluate: Building Performance
l
.N.-J-
' j OK*
| Yes
END 1
Fig. 5
Summary of Damper and System Design Procedures
CONCLUSIONS
The JSSI Response Control Committee is currently formulating the Manual for Design and
Construction of Passively Controlled Buildings. The manual refers to the mechanism, design,
fabrication, testing, quality control, and analytical modeling of various passive control devices, as
well as design, construction, and analysis of passively controlled buildings.
The manual is being developed by researchers, designers, and more than twenty device
manufacturing companies. This paper has explained background and scope of the manual as weH
as design concept. A companion paper (Ref. 15) describes characteristics and implementations of
the control devices. Other papers (Refs. 16-27) also explain some details of the manual contents.
REFERENCES
[i] KASAI, K, FU, Y, and WATANABE, A. (1998). Passive Control Systems for Seismic ^Damage
Mfas&ion, Journal of Structural Engineering, American Society of Civil Engineers, 122:10, 501-512
[2] FU, V., and KASAi, K. (1998). Comparative Study of Frames Using Viscoelastic and Viscous
Dampers, Journal oj Structural Engineering, American Society of Civ il Engineers, 122:10, 513-522
Related Papers by Response Control Committee: 2001 Passive Control Symposium, Structural
Engineering ReseaVch Center, Tokyo Institute of Technology, JAPAN, Dec. 2001.
[3] KASA1, K. and KIBAYASHI M., Principles and Current Status of Manual for Design and
Construction of Passively-Controlled Buildings, 23-32 (in Japanese)
[4] KIBAYASHI, M., KATO, S., KIKUCHI, M., KIMURA, Y, KOBAYASH1, T., and TSUI, Y, Summary
of Guidelines for Passive Energy Dissipation Systems in USA, 33-44 (in Japanese)
[5] TSUYUKI, Y, KAMEI, T., GOHUKU, Y, and IIYAMA, R, Performance and Qualir\ Control of Oil
Damper, 45-58 (in Japanese)
[6] KAWAGUCHI, S., SUKAGAWA, M., MASAKL N., SERA, S., iCATO, N.. VrASHIYAMA, \ ,
MITSUSAKA, Y., and FURUKAWA, Y, Performance and Quality Control of Viscous Dampers,