k3
TUGAS
K3
7.4 consequence of failure modelling
7.4.1 Objective
7.4.2 working process
7.4.3 Establish the event tree
7.4.4 Ignited consequences
7.4.4.1 Personnel safety : fire and blast
7.4.4.2 Economicconsequences : damage to the installation
7.4.4.3 Environmental consequences
7.4.5 Unignited Consequences
7.4.5.1 Personnel Safety : toxic/asphyxiant release
7.4.5.3 Economic Consequences : Cost of deferred
7.4.5.3 Economic Consequences : Cost of repairs
7.4.5.4 Environmental Consequences : Liquid Spill
7.5 Probability Of Failure Modelling
• 7.5.1 Objective
7.5.2 Working Process
7.5.3 Probability Of Failure Acceptance Limit
7.5.4 Allocation of degradation mechanisms
7.5.5 Internal damage : system/service/materials
7.5.6 External Damage
7.5.7 Mechanical Damage
K3
7.4 consequence of failure modelling
7.4.1 Objective
7.4.2 working process
7.4.3 Establish the event tree
7.4.4 Ignited consequences
7.4.4.1 Personnel safety : fire and blast
7.4.4.2 Economicconsequences : damage to the installation
7.4.4.3 Environmental consequences
7.4.5 Unignited Consequences
7.4.5.1 Personnel Safety : toxic/asphyxiant release
7.4.5.3 Economic Consequences : Cost of deferred
7.4.5.3 Economic Consequences : Cost of repairs
7.4.5.4 Environmental Consequences : Liquid Spill
7.5 Probability Of Failure Modelling
• 7.5.1 Objective
7.5.2 Working Process
7.5.3 Probability Of Failure Acceptance Limit
7.5.4 Allocation of degradation mechanisms
7.5.5 Internal damage : system/service/materials
7.5.6 External Damage
7.5.7 Mechanical Damage