1.0.1 This standard was formulated with a view to unifying the technical requirements for durability design of port and waterway engineering structures, ensuring the port and waterway engineering structures reaching the predetermined design working life, and achieving safety, reliability, durability, applicability, economy and rationality.
1.0.2 This standard is applicable to the durability design of newly-built port and waterway engineering concrete and steel structures with design working life equal to or larger than 50 years.
1.0.3 In addition to the requirements stipulated in this standard, the durability design of port and waterway engineering structures shall also comply with those stipulated in the current relevant standards of the nation.
1 General Provisions
2 Terminologies
3 Basic Requirements
3.1 Basic Principles of Durability Design
3.2 Division of Environment Category and Structural Position
3.3 Durability Limit State
3.4 Durability Maintenance
4 Concrete Structures
4.1 General Requirements
4.2 Structure and Member Form
4.3 Construction
4.4 Raw Material of Concrete
4.5 Quality of Concrete in Marine Environment
4.6 Quality of Concrete in Freshwater Environment
4.7 Quality of Concrete in Chemical Corrosion Environment
4.8 Maintenance Requirements of Durability
5 Additional Protective Measures for Concrete Structures
5.1 General Rules
5.2 Surface Coating
5.3 Silane Impregnation
5.4 Epoxy Coated Rebar
5.5 Corrosion Inhibitor for Steel Bar
5.6 Impressed Current Cathodic Protection
5.7 Maintenance Requirement
6 Steel Structures
6.1 General Requirements
6.2 Structure Form and Construction
6.3 Coating of Steel Structures in Marine Environment
6.4 Metal Hot Spraying for Steel Structures in Marine Environment
6.5 Wrapping Organic Composite Layer for Steel structures in Marine Environment
6.6 Cathodic Protection for Steel Structures in Marine Environment
6.7 Protective Measures for Steel Structures in Freshwater Environment
6.8 Maintenance Requirements
Appendix A Inspection and Test Method of Silica Fume
Appendix B Test Method of Measuring the Resistance of Concrete to Chloride Penetration by Electric Flux Method
Appendix C Electromigration Test Method of Diffusion Coefficient for Resistance of Concrete to Chloride Penetration
Appendix D Check of Design Working Life of Concrete Structures in Marine Environment
D.1 General Provisions
D.2 Stage of Steel Bar's Beginning of Corrosion
D.3 Stage of Cracking Due to Corrosion Expansion of Protective Cover
Appendix E Rapid Test Method for the Performance of Sulfate Corrosion Resistance of Cementing Material
Appendix F Testing Methods for Concrete Coating
F.1 Alkali Resistance Test
F.2 Chloride Penetration Resistance Test
F.3 Bonding Strength Test
F.4 Appearance Quality Inspection for Coating
Appendix G Testing Method for Material Performance of Silane
G.1 Composition Test of Silane - Gas Chromatography-Mass Spectrometry
G.2 Silane Content Determination - Gas Chromatography
G.3 Siloxane Content Determination - GC-MS Method
G.4 Chloride Content Determination - Ion Chromatography Method
Appendix H Silane Impregnation Test Method of Concrete
H.1 Test Piece Fabrication
H.2 Water Absorption Test
H.3 Impregnating Depth Test - Dye Indication Method
H.4 Impregnating Depth Test - Thermal Decomposition Gas Chromatography
H.5 Chloride Absorption Amount Decrease Effect Test
Appendix J Test Method of Rust Resistance of Corrosion Inhibitor for Steel Bar
J.1 Rust Resistance Test of Corrosion Inhibitor for Steel bar in Saline Solution
J.2 Electrochemical Comprehensive Rust Resistance Test of Corrosion Inhibitor for Steel Bar
J.3 Rust Resistance Test of Corrosion Inhibitor for Steel Bar in Environment of Saline Soak Drying
Appendix K System Design of Impressed Current Cathodic Protection in Concrete
Appendix L System Design Calculation for Sacrificial Anode Cathodic Protection in Steel Structure
Appendix M Calculation of Anode Shield
Appendix N System Design of Impressed Current Cathodic Protection of Steel Structure
Appendix P Explanation of Wording in This Standard
List of Quoted Standard
Additional Explanation List of Chief Development Organizations, Co-development Organizations, Chief Drafters, Chief Reviewers, General Proofreaders and Management Group of this Standard
Standard
JTS 153-2015 Standard for Durability Design of Port and Waterway Engineering Structure (English Version)
Standard No.
JTS 153-2015
Status
valid
Language
English
File Format
PDF
Word Count
40000 words
Price(USD)
800.0
Implemented on
2016-1-1
Delivery
via email in 1 business day
Detail of JTS 153-2015
Standard No.
JTS 153-2015
English Name
Standard for Durability Design of Port and Waterway Engineering Structure
1.0.1 This standard was formulated with a view to unifying the technical requirements for durability design of port and waterway engineering structures, ensuring the port and waterway engineering structures reaching the predetermined design working life, and achieving safety, reliability, durability, applicability, economy and rationality.
1.0.2 This standard is applicable to the durability design of newly-built port and waterway engineering concrete and steel structures with design working life equal to or larger than 50 years.
1.0.3 In addition to the requirements stipulated in this standard, the durability design of port and waterway engineering structures shall also comply with those stipulated in the current relevant standards of the nation.
Contents of JTS 153-2015
1 General Provisions
2 Terminologies
3 Basic Requirements
3.1 Basic Principles of Durability Design
3.2 Division of Environment Category and Structural Position
3.3 Durability Limit State
3.4 Durability Maintenance
4 Concrete Structures
4.1 General Requirements
4.2 Structure and Member Form
4.3 Construction
4.4 Raw Material of Concrete
4.5 Quality of Concrete in Marine Environment
4.6 Quality of Concrete in Freshwater Environment
4.7 Quality of Concrete in Chemical Corrosion Environment
4.8 Maintenance Requirements of Durability
5 Additional Protective Measures for Concrete Structures
5.1 General Rules
5.2 Surface Coating
5.3 Silane Impregnation
5.4 Epoxy Coated Rebar
5.5 Corrosion Inhibitor for Steel Bar
5.6 Impressed Current Cathodic Protection
5.7 Maintenance Requirement
6 Steel Structures
6.1 General Requirements
6.2 Structure Form and Construction
6.3 Coating of Steel Structures in Marine Environment
6.4 Metal Hot Spraying for Steel Structures in Marine Environment
6.5 Wrapping Organic Composite Layer for Steel structures in Marine Environment
6.6 Cathodic Protection for Steel Structures in Marine Environment
6.7 Protective Measures for Steel Structures in Freshwater Environment
6.8 Maintenance Requirements
Appendix A Inspection and Test Method of Silica Fume
Appendix B Test Method of Measuring the Resistance of Concrete to Chloride Penetration by Electric Flux Method
Appendix C Electromigration Test Method of Diffusion Coefficient for Resistance of Concrete to Chloride Penetration
Appendix D Check of Design Working Life of Concrete Structures in Marine Environment
D.1 General Provisions
D.2 Stage of Steel Bar's Beginning of Corrosion
D.3 Stage of Cracking Due to Corrosion Expansion of Protective Cover
Appendix E Rapid Test Method for the Performance of Sulfate Corrosion Resistance of Cementing Material
Appendix F Testing Methods for Concrete Coating
F.1 Alkali Resistance Test
F.2 Chloride Penetration Resistance Test
F.3 Bonding Strength Test
F.4 Appearance Quality Inspection for Coating
Appendix G Testing Method for Material Performance of Silane
G.1 Composition Test of Silane - Gas Chromatography-Mass Spectrometry
G.2 Silane Content Determination - Gas Chromatography
G.3 Siloxane Content Determination - GC-MS Method
G.4 Chloride Content Determination - Ion Chromatography Method
Appendix H Silane Impregnation Test Method of Concrete
H.1 Test Piece Fabrication
H.2 Water Absorption Test
H.3 Impregnating Depth Test - Dye Indication Method
H.4 Impregnating Depth Test - Thermal Decomposition Gas Chromatography
H.5 Chloride Absorption Amount Decrease Effect Test
Appendix J Test Method of Rust Resistance of Corrosion Inhibitor for Steel Bar
J.1 Rust Resistance Test of Corrosion Inhibitor for Steel bar in Saline Solution
J.2 Electrochemical Comprehensive Rust Resistance Test of Corrosion Inhibitor for Steel Bar
J.3 Rust Resistance Test of Corrosion Inhibitor for Steel Bar in Environment of Saline Soak Drying
Appendix K System Design of Impressed Current Cathodic Protection in Concrete
Appendix L System Design Calculation for Sacrificial Anode Cathodic Protection in Steel Structure
Appendix M Calculation of Anode Shield
Appendix N System Design of Impressed Current Cathodic Protection of Steel Structure
Appendix P Explanation of Wording in This Standard
List of Quoted Standard
Additional Explanation List of Chief Development Organizations, Co-development Organizations, Chief Drafters, Chief Reviewers, General Proofreaders and Management Group of this Standard
