Numerical Modeling of New Semiactive Damper Actuator

AbstractRecent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the semiactive damper actuator (SADA) is introduced, which reduces the vibration response of structures during earthquakes. Numerical simulations a...

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Published inJournal of structural engineering (New York, N.Y.) Vol. 139; no. 12
Main Authors Owji, H. R, Bondarabady, H. A. Rahimi, Rafeeyan, M, Sarvestani, H. Hooshmand
Format Journal Article
LanguageEnglish
Published American Society of Civil Engineers 01.12.2013
Subjects
Actuators
Computer simulation
Devices
Earthquake dampers
Mathematical models
Seismic response
Semiactive damping
Technical Note
Technical Notes
Vibration
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Abstract AbstractRecent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the semiactive damper actuator (SADA) is introduced, which reduces the vibration response of structures during earthquakes. Numerical simulations are carried out to study the effects and advantages of SADA. Simulation results are presented and the responses of structures equipped with this device are compared with ones equipped with other similar devices. The results show SADA’s ability to reduce the seismic response of structures. SADA is a semiactive type and requires low energy to operate; therefore, it can be used widely to control the seismic response of structures.
AbstractList AbstractRecent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the semiactive damper actuator (SADA) is introduced, which reduces the vibration response of structures during earthquakes. Numerical simulations are carried out to study the effects and advantages of SADA. Simulation results are presented and the responses of structures equipped with this device are compared with ones equipped with other similar devices. The results show SADA’s ability to reduce the seismic response of structures. SADA is a semiactive type and requires low energy to operate; therefore, it can be used widely to control the seismic response of structures.
Recent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the semiactive damper actuator (SADA) is introduced, which reduces the vibration response of structures during earthquakes. Numerical simulations are carried out to study the effects and advantages of SADA. Simulation results are presented and the responses of structures equipped with this device are compared with ones equipped with other similar devices. The results show SADA's ability to reduce the seismic response of structures. SADA is a semiactive type and requires low energy to operate; therefore, it can be used widely to control the seismic response of structures.
Author Rafeeyan, M
Sarvestani, H. Hooshmand
Bondarabady, H. A. Rahimi
Owji, H. R
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10.1061/(ASCE)0733-9445(2008)134:2(310)
10.1115/1.2823349
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10.1016/S0022-460X(03)00191-3
10.1115/1.1286629
10.1115/1.2823348
10.1061/(ASCE)0733-9445(2000)126:12(1427)
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Snippet AbstractRecent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the...
Recent investigations have demonstrated the ability of semiactive devices to reduce the structural vibration. In this paper, a new device called the semiactive...
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SubjectTerms Actuators
Computer simulation
Devices
Earthquake dampers
Mathematical models
Seismic response
Semiactive damping
Technical Note
Technical Notes
Vibration
Title Numerical Modeling of New Semiactive Damper Actuator
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