arrow_back_ios

Main Menu

See All Simulazione di analisi See All DAQ See All API per i driver See All Utilità See All Controllo delle vibrazioni See All Taratura See All DAQ See All palmare See All Industriale See All Analizzatori di potenza See All Condizionatori di segnale See All Acustica See All Tensione corrente See All Spostamento See All Forza See All Load Cells See All Multi Component See All Pressure See All Strain See All Estensimetri See All Temperature See All Tilt See All Torque See All Vibration See All Accessories See All Controllers See All Measurement Exciters See All Modal Exciters See All Power Amplifiers See All Shaker Systems See All Test Solutions See All Actuators See All Combustion Engines See All Durability See All eDrive See All Production Testing Sensors See All Transmission Gearboxes See All Turbo Charger

Fault Tree Analysis (FTA)

What is fault tree analysis (FTA)?

 

Fault tree analysis is one of many symbolic "analytical logic techniques" found in operations research, system reliability analysis, risk analysis and other disciplines. A fault tree diagram follows a top-down structure and represents a graphical model of the pathways within a system that can lead to a foreseeable, undesirable loss event (or a failure). The pathways interconnect contributory events and conditions using standard logic gates (AND, OR, etc). Analysts may wish to use fault trees in combination with reliability block diagrams for system analysis. Fault trees may also be useful for analyzing the effects of individual failure modes and in conjunction with FMEA.

Software features

 

BlockSim supports an extensive array of reliability block diagram (RBD) configurations and fault tree analysis (FTA) gates and events, including advanced capabilities to model complex configurations, load sharing, standby redundancy, phases and duty cycles. Using exact computations and/or discrete event simulation, BlockSim facilitates a wide variety of analyses for both repairable and non-repairable systems. This includes:

  • System Reliability Analysis
  • Identification of Critical Components (Reliability Importance Measures)
  • Optimum Reliability Allocation
  • System Maintainability Analysis (Determine Optimum Preventive Maintenance Intervals, Spare Parts Provisions, etc.)
  • System Availability Analysis (Calculate Uptime, Downtime, Availability, etc.)
  • Throughput Calculation (Identify Bottlenecks, Estimate Production Capacity, etc.)
  • Life Cycle Cost Estimation