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is a powerful systems reliability analysis tool that allows Fault Tree diagram analyses to be performed in an integrated environment. The Fault Tree package is capable of analysing large and complex systems producing the full minimal cut set representation for identified systems and sub-systems. This tool can be used for general risk analysis applications e.g. calculation of Probability of Failure on Demand (PFD) of Safety Instrumented Functions (SIFs).
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provides a fully interactive graphics and analysis facility for performing integrated Fault Trees, Reliability Block Diagrams and Markov analyses. It can be used to perform full system availability predictions taking into account complex dependencies on spares and other resources.
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is used to assess the performance of complex oil and gas related systems. The modelling capabilities cover, Subsea, Offshore and Onshore facilities. Some of the modelling features include evaluation of annual Production Availability and other performance related parameters, application of various operating policies (e.g. Makeup, Flaring, Line Packing and Bulk Storage etc.), Production Phasing, Logistics (e.g. Tanker Export Modelling including Weather impact), multiple sources and production profiles, early life failures (using the Bath Tub Curve), and Multiple Sales Quotas.
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has been designed specifically to model performance of Wind Farms and their associated transmission distribution network. It can be used to asses the impact on Availability (or Annual Energy Production) caused by access restrictions due to weather and other events. The RAM analysis will identify operational losses due to downtime, and recommends the level of system redundancy required to mitigate the effects of system failure. Some of the modelling features include wind/wave data (e.g. the maximum wave height for accessing Wind Turbine Generators), number of crews, crew shift systems (e.g. night working), number of vessels and any other travel restrictions.
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- SimEng 2007
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