Civil engineering structures according to the Eurocodes : inspection and maintenance
tarafından
 
Lauzin, Xavier, author.

Başlık
Civil engineering structures according to the Eurocodes : inspection and maintenance

Yazar
Lauzin, Xavier, author.

ISBN
9781119422129
 
9781119437031
 
9781119437048

Fiziksel Tanımlama
1 online resource

Seri
Civil engineering and geomechanics series
 
Civil engineering and geomechanics series.

İçerik
Cover -- Half-Title Page -- Title Page -- Copyright Page -- Contents -- Introduction -- 1. Inspection of Structures: Methodologies -- 1.1. Bridges -- 1.1.1. General information -- 1.1.2. Regulatory documents -- 1.1.3. Human resources -- 1.1.4. Material resources -- 1.1.5. The project file -- 1.1.6. How an inspection is carried out -- 1.1.7. The inspection report -- 1.1.8. Points to look out for -- 1.1.9. Classification example -- 1.2. Structures for the rentention and transportation of liquids -- 1.2.1. General inforamtion -- 1.2.2. Regulatory documents -- 1.2.3. Human resources -- 1.2.4. The material means -- 1.2.5. The project file -- 1.2.6. How the inspection is carried out -- 1.2.7. The inspection report -- 1.2.8 Points to look out for -- 1.3. Storage structures for petroleum products -- 1.3. General information -- 1.3.2. How the inspection is carried out -- 1.3.3. Specificities for this type of structure -- 1.3.4. Points to look out for -- 1.4. Maritime structures -- 1.4.1 General information -- 1.4.2. Principles of the CSV method -- 1.4.3. Determination of the strategic index SI -- 1.4.4. Frequency of visits -- 1.4.5. Defining the priorities -- 1.4.6. Summary of the CSV method -- 1.4.7. Points to look out for -- 1.5. Silos -- 1.5.1. General information -- 1.5.2. Reminder on the regulations for the mechanical operation of silos -- 1.5.3. Principle of inspection -- 1.5.4. Follow-up file -- 1.5.5. Inspection procedure -- 1.5.6. The inspection report -- 1.5.7. Points to look out for -- 1.6. Gantry, metal hanger and high masts -- 1.6.1 General information -- 1.6.2. Principle of inspection -- 1.6.3. The inspection report -- 1.6.4. Points to look out for -- 2. Concept of Resistance of Materials: Application to Reinforced Concrete -- 2.1. General information on reinforced concrete -- 2.2. Concrete material -- 2.2.1. Cement -- 2.2.2. Aggregates.
 
2.2.3. Mixing water -- 2.2.4. Admixture -- 2.2.5. Mechanical properties of concrete -- 2.2.6. Eurocode 2 provisions for concrete -- 2.3. Steels -- 2.3.1. The mechanical properties of steels -- 2.3.2. Steel-concrete bonding -- 2.4. Concept of strength of materials -- 2.4.1. Compression/traction -- 2.4.2. Pure flexion -- 2.4.3. Shear stress -- 2.4.4. Torsion -- 3. Pathology of Structures -- 3.1. Pathology of concrete structures -- 3.1.1. Cracking -- 3.1.2. The degradation of concrete -- 3.2. The pathology of masonry structures -- 3.2.1. General information -- 3.2.2. Major disorders that may affect masonry -- 3.3. The pathology of composite material structures -- 3.3.1. General information on composite materials -- 3.3.2. Main pathologies of composite materials -- 4. Techniques for Repairing Civil Engineering Works -- 4.1. Repair of concrete structures -- 4.1.1. The glued metal plates technique -- 4.1.2. The technique of glued composite fabrics or plates -- 4.1.3. The technique of additional prestressing -- 4.1.4. The shotcrete technique -- 4.1.5. Repair of superficially degraded concretes -- 4.2. Protection of concrete structure -- 4.2.1. Cathodic protection of reinforcements -- 4.3. Underground recovery -- 4.3.1. Principle of the technique -- 4.3.2. Regulations -- 4.3.3. Principle for sizing of reinforcements -- 4.3.4. Implementation of reinforcements -- 5. Inspection and Maintenance of Structures in the United States: Methodologies -- 5.1. Engineering structures -- 5.1.1. General information -- 5.1.2. Regulations -- 5.1.3. Human resources -- 5.1.4. Material resources -- 5.1.5. The inspection report -- 5.1.6. Points to look out for -- 5.2. Storage structures for petroleum products -- 5.2.1. General information -- 5.2.2. Inspection procedure -- 5.2.3. Points to look out for -- Appendices.
 
Appendix 1. Examples of Diagnosis on a Drinking Water Storage Structure Based on the CEMAGREF Method -- Appendix 2. Examples of Diagnosis on a Petroleum Products Storage Tank According to the DT 92 Method -- Appendix 3. Examples of Diagnosis of a Marine Structure Using the CETMEF VSC Method -- Appendix 4. Inspection Report "Gantries, Metal Hangers and High Masts" -- Appendix 5. Measuring Equipment -- Appendix 6. Inspections of Bridges -- Bibliography -- Index -- Other titles from iSTE in Civil Engineering and Geomechanics -- EULA.

Özet
"This standard assumes that the structure, after completion, is used as intended in the project and subject to planned inspection and maintenance to meet the expected project lifetime and to detect any unforeseen weakness or behavior" (EN 13670 4.1)An important decision factor in the design of new structures and repairs to existing structures is the lifetime or expected service life. This concept, which is common for civil engineering works, has been extended to all engineering and building works by applying the European Structural Design Codes. This book tries to take stock of the inspection methodologies related to each type of civil engineering work, the various pathologies of concrete structures, and gives examples of the writing of reports.

Notlar
John Wiley and Sons

Konu Terimleri
Eurocodes (Standards)
 
Civil engineering -- Standards -- Europe.
 
Eurocodes (Normes)
 
TECHNOLOGY & ENGINEERING -- Civil -- General.
 
Structural.
 
TECHNOLOGY & ENGINEERING.
 
Civil engineering -- Standards

Coğrafi Terim
Europe

Tür
Electronic books.

Elektronik Erişim
https://onlinelibrary.wiley.com/doi/book/10.1002/9781119422129


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