Polymer Composite Systems in Pipeline Repair
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Polymer Composite Systems in Pipeline Repair
Design, Manufacture, Application, and Environmental Impacts
Siengchin, Suchart; Mavinkere Rangappa, Sanjay; Kushvaha, Vinod; Balaganesan, G.
Gulf Publishing Company
06/2023
284
Mole
Inglês
9780323993401
15 a 20 dias
Descrição não disponível.
1. Introduction to polymers composites for damage repair applications
2. Recent advancements in polymer composites for damage repair applications
3. Manufacturing techniques of pipe from polymer composites
4. Design of polymer composite overwrap system to repair damaged pipelines subjected to quasi-static and impact loading
5. Repair of composite laminates using various patch configurations
6. Under water high pressure pipelines for inter country transport
7. Composite pipes and design for oil and gas industry
8. Hybrid pipes for high performance and reliability
9. Wall thinning and damage detection techniques in pipelines
10. Nano materials coating inner and outer surface of pipelines
11. Repair of pipelines for non- leaking repairs
12. Repair of pipelines for leaking defects
13. Repair of marine and under water composite structures
4. Repair of pipelines used for high temperature liquids and gases
15. Repair of insulated pipes conducting cold fluids
16. Repair of pipelines near joints, bends and valves
17. Accelerated testing at harsh environmental conditions of pipeline repair materials
18. Engineering economics of repair of pipelines
19. Environmental impact assessment on repair of pipelines
2. Recent advancements in polymer composites for damage repair applications
3. Manufacturing techniques of pipe from polymer composites
4. Design of polymer composite overwrap system to repair damaged pipelines subjected to quasi-static and impact loading
5. Repair of composite laminates using various patch configurations
6. Under water high pressure pipelines for inter country transport
7. Composite pipes and design for oil and gas industry
8. Hybrid pipes for high performance and reliability
9. Wall thinning and damage detection techniques in pipelines
10. Nano materials coating inner and outer surface of pipelines
11. Repair of pipelines for non- leaking repairs
12. Repair of pipelines for leaking defects
13. Repair of marine and under water composite structures
4. Repair of pipelines used for high temperature liquids and gases
15. Repair of insulated pipes conducting cold fluids
16. Repair of pipelines near joints, bends and valves
17. Accelerated testing at harsh environmental conditions of pipeline repair materials
18. Engineering economics of repair of pipelines
19. Environmental impact assessment on repair of pipelines
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Beams; Carbon composites; Carbon fiber; Carbon nanotube; Chemical mixture; Composite and pipeline; Composite materials; Composite repair; Composites; Crack identification and flow measurement; Damage detection techniques; Damage inspection; Design; Extrusion process; Fatigue reliability; Fractography; Glass/epoxy composite (GFRP); Hybrid; Hybrid composite; Hybrid material; Hybrid pipe; Impact loading; Inspection; LCA; Leakage detection; Marine applications and damage mechanics; Materials characterization; Materials class; Materials mechanics; Materials processing; Materials science engineering; Materials structure; Metal corrosion; Nanofibers; Nanofiller; Nanotechnology; Natural composite; Nondestructive testing; Overwrap system; Patch repair; Pipeline; Pipeline and underwater; Polymer composite; Polymer composite; Polymer engineering; Polymers; Quasi-static flexure; Quasi-static loading; Repair of pipeline damages; SAE 1040/C45 steel; Self-healing; Shape factors; Structural engineering; Sub-zero temperature; Tubes; Water absorption
1. Introduction to polymers composites for damage repair applications
2. Recent advancements in polymer composites for damage repair applications
3. Manufacturing techniques of pipe from polymer composites
4. Design of polymer composite overwrap system to repair damaged pipelines subjected to quasi-static and impact loading
5. Repair of composite laminates using various patch configurations
6. Under water high pressure pipelines for inter country transport
7. Composite pipes and design for oil and gas industry
8. Hybrid pipes for high performance and reliability
9. Wall thinning and damage detection techniques in pipelines
10. Nano materials coating inner and outer surface of pipelines
11. Repair of pipelines for non- leaking repairs
12. Repair of pipelines for leaking defects
13. Repair of marine and under water composite structures
4. Repair of pipelines used for high temperature liquids and gases
15. Repair of insulated pipes conducting cold fluids
16. Repair of pipelines near joints, bends and valves
17. Accelerated testing at harsh environmental conditions of pipeline repair materials
18. Engineering economics of repair of pipelines
19. Environmental impact assessment on repair of pipelines
2. Recent advancements in polymer composites for damage repair applications
3. Manufacturing techniques of pipe from polymer composites
4. Design of polymer composite overwrap system to repair damaged pipelines subjected to quasi-static and impact loading
5. Repair of composite laminates using various patch configurations
6. Under water high pressure pipelines for inter country transport
7. Composite pipes and design for oil and gas industry
8. Hybrid pipes for high performance and reliability
9. Wall thinning and damage detection techniques in pipelines
10. Nano materials coating inner and outer surface of pipelines
11. Repair of pipelines for non- leaking repairs
12. Repair of pipelines for leaking defects
13. Repair of marine and under water composite structures
4. Repair of pipelines used for high temperature liquids and gases
15. Repair of insulated pipes conducting cold fluids
16. Repair of pipelines near joints, bends and valves
17. Accelerated testing at harsh environmental conditions of pipeline repair materials
18. Engineering economics of repair of pipelines
19. Environmental impact assessment on repair of pipelines
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Beams; Carbon composites; Carbon fiber; Carbon nanotube; Chemical mixture; Composite and pipeline; Composite materials; Composite repair; Composites; Crack identification and flow measurement; Damage detection techniques; Damage inspection; Design; Extrusion process; Fatigue reliability; Fractography; Glass/epoxy composite (GFRP); Hybrid; Hybrid composite; Hybrid material; Hybrid pipe; Impact loading; Inspection; LCA; Leakage detection; Marine applications and damage mechanics; Materials characterization; Materials class; Materials mechanics; Materials processing; Materials science engineering; Materials structure; Metal corrosion; Nanofibers; Nanofiller; Nanotechnology; Natural composite; Nondestructive testing; Overwrap system; Patch repair; Pipeline; Pipeline and underwater; Polymer composite; Polymer composite; Polymer engineering; Polymers; Quasi-static flexure; Quasi-static loading; Repair of pipeline damages; SAE 1040/C45 steel; Self-healing; Shape factors; Structural engineering; Sub-zero temperature; Tubes; Water absorption
