Reliability prediction
Reliability prediction methods is used for predicting the failure rate/MTTF of system/subsystem/components at pre-design level or at design complete level. Generally, it is used for the electronic parts/circuits.
Usage of Module/Methods
Prediction on as per different handbooks and standards like MIL 217, Telcordia, IEC 62380, SN 29650/IEC61709, GJB/z 299A/B/C, NSWC including the various part libraries.
ARE YOU FACING ANY OF THESE PROBLEMS?
- Are you unable to predict the failure rate/MTTF?
- Unable to use the handbook standards?
- Mission/Phase calculation
HOW SIMCAD CAN HELP
We offer the reliability prediction estimation for various industries like defences, railways, medical and other allied sectors. We are capable of doing the prediction on as per different handbooks and standards like MIL 217, Telcordia, IEC 62380, SN 29650/IEC61709, GJB/z 299A/B/C, NSWC including the various part libraries (NPRD 2023, EPRD and IAEA).
Develop the detailed reports, various plots at different phases and different conditions. Provides the import and export data in various formats.
FMECA/FMEA
FMECA/FMEA one of the essential tools for reliability analysis of system/components. FMECA focus on the severity of the component through the criticality analysis of components. While FMEA more focus on the identify the critical components based on the risk priority number /action priority. It is an essential part of reliability engineering that focuses on identifying and managing criticality/severity associated with the failure of systems, especially in industrial, automotive, aerospace, and other high-risk sectors.
Usage of Module/Methods
For the Failure mode effect and criticality analysis (FMECA) and Failure Mode and Effect Analysis (FMEA) can be used. Including the various standards and regulations applicable to their industry, such as MIL 1629 for FMECA. While for FMEA has a ability do the design/process FMEA, FMEA-MSR based on AIAG/VDA standard.
ARE YOU FACING ANY OF THESE PROBLEMS?
- Unable to identify the failure mode/causes for system fails or facing the malfunctions
- Unable to identify the critical components
- Facing safety and Risk Management crisis
- Unable to identify the risk prone components/system
- Unable to minimize the risk for environment, people or system
HOW SIMCAD CAN HELP
We offer the functional safety analysis and provides the optimum solutions like:
- To identify the critical/severe component and prevent their probable consequences.
- To do the risk priority/action priority at design and process level.
- To do the structural/functional/failure analysis up to component level
- Help to develop the optimized RPN and actiona priotiy and help to optimize the design/process to prevent the functional failure & develop the fail free design
Reliability Block Diagram
Reliability block diagram (RBD) is diagrammatical representation of the system/subsystems/components based on their structural or functional dependencies. RBD is used to estimated the reliability based on above definition.
Usage of the Module
RBD helps to estimate the reliability of the system which is series connected, parallel connected or any mixed/complex structured system. Even RBD solve the M out of n connected system.
ARE YOU FACING ANY OF THESE PROBLEMS?
- Are you unable to analyses/estimate the reliability of complex system?
- Unable to convert the schematic diagrams into RBD?
- Unable to use the predict the reliability as per system diagram?
HOW SIMCAD CAN HELP
We offer the reliability estimation and analysis for complex system in various industries like defences, railways, medical and other allied sectors. We are capable of doing the reliability using the BOM data, historical data and various part libraries (NPRD 2023, EPRD and IAEA).
Help to identify the bottlenecks of the system, availability of system/subsystems/components.
Also, help to develop the detailed and customised reports, various plots at different phases and different conditions. Provides the import and export data in various formats.