This website is no longer being updated, please visit our new website at WildeAnalysis.co.uk.
We have also changed our name to Wilde Analysis Ltd to reflect our increased range of finite element analysis (FEA), computational fluid dynamics (CFD) and reliability engineering solutions.

managing risk by analysis

Lambda Predict

ReliaSoft's Lambda Predict provides a comprehensive platform for your standards based reliability prediction analyses. The software facilitates every step of the analysis process, with user-friendly utilities designed to make it easy for you to:

  • Build the system configuration (“from scratch” or with imports from outside sources, including an extensive collection of valuable parts libraries).
  • Define component characteristics and operating conditions, with the choice of the Dialog View or Grid View to facilitate data entry.
  • Calculate results (Pi Factors, Failure Rates, etc.) at any level within the configuration.
  • Use graphical plots/charts to visualize analysis results.
  • Generate print-ready reports to support decision-making and disseminate knowledge.
  • Export data for use in other analyses.

Lambda Predict may be used to evaluate design feasibility, compare design alternatives, identify potential failure areas, trade-off system design factors and track reliability improvement when actual product reliability data is not available.


Lambda Predict supports all of the major reliability prediction standards (MIL-217, Bellcore and NSWC) and comes with an extensive collection of pre-defined component libraries.  The software  provides a complete array of calculated results along with graphical charts and customisable print-ready reports.  It also offers a full set of supporting tools, including a Reliability Allocation utility, the ability to transfer your data via flexible import / export utilities, and much more!

 

 

Lambda Predict Software Supports:

  • Standards Based Reliability Prediction
  • Failure Rate Prediction
  • MIL-217
  • Bellcore
  • NSWC (Mechanical)
  • Electronic Components 
  • Mechanical Components 
  • Failure Rate 
  • MTBF
  • Exponential Distribution
  • Parts Libraries