Above Ground Storage Tank Oil Spills
-10%
portes grátis
Above Ground Storage Tank Oil Spills
Applications and Case Studies
Fingas, Mervin
Gulf Publishing Company
09/2022
372
Mole
Inglês
9780323857284
15 a 20 dias
590
Descrição não disponível.
1. Introduction 2. Risk Analysis and Prevention 3. Tank design and Engineering 4. Leak Detection 5. Tank Failure Modes 6. Causative Forces 7. Regulations (focused on spill prevention) 8. Storage Tank Spills vs. Other Sources 9. Case Histories
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?ALARP; Above ground storage tanks; Ashland oil spill; Blast loads; Buckling; Cavity; Corrosion defects; Crack; Damage; Debris; Deflagrations; Deflagrations to detonation transition (DDT); Design of experiments; Dynamic buckling; Explosions; FE simulation; Failure; Fire; Floating roof; Flotation; Fragility; Frequency of storage tanks spills; Hazard; Hurricane; Individual risk; Inland oil spills; Inner pressure container; Multiple regression techniques; Oil storage tank; Overpressure; Parameter design; Performance assessment; Pressure test; Process safety; Quantitative risk analysis; Response surface method; Risk tolerability FN curve; Rules on storage tanks; Seismic activity; Seismic performance; Sliding; Societal risk; Spills from storage tanks; Storage tank; Storage tank legislation; Storage tank release; Storage tank spill risk; Storage tanks; Stress enhancement; Surge; Taguchi approach; Tank design; Thermal buckling; Torque-free theory; Typical storage tank legislation; Vapor cloud explosion; Vertical tanks; Wave; Wind
1. Introduction 2. Risk Analysis and Prevention 3. Tank design and Engineering 4. Leak Detection 5. Tank Failure Modes 6. Causative Forces 7. Regulations (focused on spill prevention) 8. Storage Tank Spills vs. Other Sources 9. Case Histories
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?ALARP; Above ground storage tanks; Ashland oil spill; Blast loads; Buckling; Cavity; Corrosion defects; Crack; Damage; Debris; Deflagrations; Deflagrations to detonation transition (DDT); Design of experiments; Dynamic buckling; Explosions; FE simulation; Failure; Fire; Floating roof; Flotation; Fragility; Frequency of storage tanks spills; Hazard; Hurricane; Individual risk; Inland oil spills; Inner pressure container; Multiple regression techniques; Oil storage tank; Overpressure; Parameter design; Performance assessment; Pressure test; Process safety; Quantitative risk analysis; Response surface method; Risk tolerability FN curve; Rules on storage tanks; Seismic activity; Seismic performance; Sliding; Societal risk; Spills from storage tanks; Storage tank; Storage tank legislation; Storage tank release; Storage tank spill risk; Storage tanks; Stress enhancement; Surge; Taguchi approach; Tank design; Thermal buckling; Torque-free theory; Typical storage tank legislation; Vapor cloud explosion; Vertical tanks; Wave; Wind
