Isograph Reliability Workbench v13.0
Reliability Workbench is Isograph’s flagship suite of reliability, safety and maintainability software. The software has been in continuous development since the 1980s. It is easy to use and is a great tool for all reliability and maintenance professionals.
The Reliability Workbench suite includes all the tools you will need to manage your reliability and safety studies:
FMECA and FMEA
FaultTree+ Fault Tree Analysis
Reliability Block Diagram analysis
Reliability Allocation and Growth
Event Tree and Markov Analysis
Weibull Analysis of historical failure data
Integrated Parts Libraries
Extensive Reporting Tools
Import and Export Facilities
Enterprise class collaboration tools
Reliability Workbench allows you to develop projects using one or more of the integrated analysis modules. Using the various modules you can answer questions such as:
What is the predicted reliability of a system?
Which are the critical components in my system?
What maintenance or design changes will improve the system reliability?
What are the consequences and risks of system failures?
Each of the modules is a powerful application in its own right and can be used independently, but more power is gained by the integration of the modules in the application environment The modules can dynamically share data for ease and consistency. Users only need to input data once but can use it several times
The Reliability Workbench suite includes all the tools you will need to manage your reliability and safety studies:
FMECA and FMEA
FaultTree+ Fault Tree Analysis
Reliability Block Diagram analysis
Reliability Allocation and Growth
Event Tree and Markov Analysis
Weibull Analysis of historical failure data
Integrated Parts Libraries
Extensive Reporting Tools
Import and Export Facilities
Enterprise class collaboration tools
Reliability Workbench allows you to develop projects using one or more of the integrated analysis modules. Using the various modules you can answer questions such as:
What is the predicted reliability of a system?
Which are the critical components in my system?
What maintenance or design changes will improve the system reliability?
What are the consequences and risks of system failures?
Each of the modules is a powerful application in its own right and can be used independently, but more power is gained by the integration of the modules in the application environment The modules can dynamically share data for ease and consistency. Users only need to input data once but can use it several times