1.0.1 The isolation layer is arranged between the structural elements above and below the engineering structure to prevent the transfer of seismic energy and used as a new technology to protect the engineering structure against the seismic response and seismic damage. The specification is prepared to apply this technology appropriately to the newly-built and reinforced reconstructed engineering structure.
1.0.2 The specification is applicable to the seismic-isolation design and construction for the buildings and bridge structure at the area with the seismic precautionary intensity of Intensity 6~Intensity 9 and the specification may also be used as a reference to those at the area (>Intensity 9) and the seismic-isolation design and construction for other structures or equipment.
Where various seismic-isolation devices are adopted in the same structure, the specification is applicable to the design and construction of laminated rubber bearing isolator in such structure.
1.0.3 The isolation structure, subjected to design and construction according to the specification, shall not be damaged or affected for the use function when encountering the frequent earthquakes lower than the precautionary intensity; or it is only subjected to the nonstructural damage or slight structural damage and works continuously without repair when encountering the earthquakes of the precautionary intensity at the area; or it shall not be damaged such to endanger the lift or lose the use function when encountering the estimated rare earthquake higher than the precautionary intensity at this area.
1.0.4 Which kind of the isolation structure is adopted is determined by the factors such as seismic precautionary category of engineering structure, precautionary intensity, site conditions, type and service requirements of building structure after comprehensive comparative analysis for seismic-isolation and non-seismic-isolation structural scheme from technical and economic aspects.
1.0.5 The isolation structure shall be designed such to comply with both the specification and the current national standard. In case of bridge with laminated rubber bearing isolator, it shall comply with the current national standard "Code for Seismic Design of Railway Engineering" GBJ 111 and "Specifications of Earthquake Resistant Design for Highway Engineering" JTJ 004.
2 Terms and Symbols
2.1 Terms
Foreword I 1 General Provisions 2 Terms and Symbols 2.1 Terms 2.2 Main Symbols 3 Basic Requirements for Isolation Structure 3.1 General Requirements 3.2 Site and Soil 3.3 Test and Observation 4 Seismic-isolation Design for Building Structure 4.1 General Requirements 4.2 Calculation of Earthquake Action and Earthquake Response 4.3 Design of Isolation Layer 4.4 Design of Structural Elements Above the Isolation Layer 4.5 Design of the Structural Elements below Isolation Layer and of the Soil and Foundation 5 Seismic-isolation Design for Bridge Structures 5.1 General Requirements 5.2 Design of Seismic Isolator 5.3 Calculation of Earthquake Action and Seismic Action Effect 5.4 Construction Requirements 6 Technical Performances and Construction Requirements for Isolation Layer Parts 6.1 Technical Performances and Test Requirements 6.2 Construction Requirements 7 Construction and Maintenance of Isolation Structures 7.1 Construction and Installation 7.2 Construction Survey 7.3 Project Acceptance 7.4 Maintenance of Isolation Layers Explanation of Wording in this Code
Standard
CECS 126-2001 Technical specification for seismic-isolation with laminated rubber bearing isolators (English Version)
Standard No.
CECS 126-2001
Status
valid
Language
English
File Format
PDF
Word Count
14000 words
Price(USD)
350.0
Implemented on
2001-11-1
Delivery
via email in 1 business day
Detail of CECS 126-2001
Standard No.
CECS 126-2001
English Name
Technical specification for seismic-isolation with laminated rubber bearing isolators
1 General Provisions
1.0.1 The isolation layer is arranged between the structural elements above and below the engineering structure to prevent the transfer of seismic energy and used as a new technology to protect the engineering structure against the seismic response and seismic damage. The specification is prepared to apply this technology appropriately to the newly-built and reinforced reconstructed engineering structure.
1.0.2 The specification is applicable to the seismic-isolation design and construction for the buildings and bridge structure at the area with the seismic precautionary intensity of Intensity 6~Intensity 9 and the specification may also be used as a reference to those at the area (>Intensity 9) and the seismic-isolation design and construction for other structures or equipment.
Where various seismic-isolation devices are adopted in the same structure, the specification is applicable to the design and construction of laminated rubber bearing isolator in such structure.
1.0.3 The isolation structure, subjected to design and construction according to the specification, shall not be damaged or affected for the use function when encountering the frequent earthquakes lower than the precautionary intensity; or it is only subjected to the nonstructural damage or slight structural damage and works continuously without repair when encountering the earthquakes of the precautionary intensity at the area; or it shall not be damaged such to endanger the lift or lose the use function when encountering the estimated rare earthquake higher than the precautionary intensity at this area.
1.0.4 Which kind of the isolation structure is adopted is determined by the factors such as seismic precautionary category of engineering structure, precautionary intensity, site conditions, type and service requirements of building structure after comprehensive comparative analysis for seismic-isolation and non-seismic-isolation structural scheme from technical and economic aspects.
1.0.5 The isolation structure shall be designed such to comply with both the specification and the current national standard. In case of bridge with laminated rubber bearing isolator, it shall comply with the current national standard "Code for Seismic Design of Railway Engineering" GBJ 111 and "Specifications of Earthquake Resistant Design for Highway Engineering" JTJ 004.
2 Terms and Symbols
2.1 Terms
Contents of CECS 126-2001
Foreword I
1 General Provisions
2 Terms and Symbols
2.1 Terms
2.2 Main Symbols
3 Basic Requirements for Isolation Structure
3.1 General Requirements
3.2 Site and Soil
3.3 Test and Observation
4 Seismic-isolation Design for Building Structure
4.1 General Requirements
4.2 Calculation of Earthquake Action and Earthquake Response
4.3 Design of Isolation Layer
4.4 Design of Structural Elements Above the Isolation Layer
4.5 Design of the Structural Elements below Isolation Layer and of the Soil and Foundation
5 Seismic-isolation Design for Bridge Structures
5.1 General Requirements
5.2 Design of Seismic Isolator
5.3 Calculation of Earthquake Action and Seismic Action Effect
5.4 Construction Requirements
6 Technical Performances and Construction Requirements for Isolation Layer Parts
6.1 Technical Performances and Test Requirements
6.2 Construction Requirements
7 Construction and Maintenance of Isolation Structures
7.1 Construction and Installation
7.2 Construction Survey
7.3 Project Acceptance
7.4 Maintenance of Isolation Layers
Explanation of Wording in this Code
