The performance enhancement of various structural building systems from natural hazards has become an inctreasingly important issue in engineering field. In this paper, visco-elastic(VE) CST30 damping systems were tested under cyclic loadings to evaluate their performance in terms of ductility and energy dissipation. Main test variables are relative shear stiffness, rate of loading frequency, and thickness of specimens to evaluate the seismic capacity based on the performance criteria. This experiment was performed using a total of 12 specimens, subjected to cyclic loadings up to a shear deformation of 500%. All the CST30 dampers provided a ductile and stable hysterestic behavior when subjected to the demands of large shear stiffness and different loading frequencies. The test results showed that the CST30 dampers are an effective damping systems to enhance the buildings performance for remodeling and retrofit of buildings

Abstract
 1. 서 론
 2. CST30제진댐퍼시스템 특성
 3. 실험체 설정 및 변위에 따른 계측
  3.1 실험 계획과 하중 가력 계획
  3.2 실험체의 종류 및 실험변수
  3.3 실험체 설치 및 게이지 셋업
 4. 가력하중에 대한 실험결과
  4.1 각 실험체 별 이력거동
 5. 결론
 감사의 글
 References

• 김대훈(세종대학교 건축공학과 석사과정) | DaeHun Kim
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