RELIASOFT
Reliability engineering analysis and analysis techniques
Reliability Engineering
ReliaSoft software from HBM Prenscia empowers reliability, quality and maintainability engineers to transform data into decisions. These innovative tools offer solutions for a wide range of reliability and related modelling and analysis techniques, such as Failure Mode and Effects Analysis (FMEA), FRACAS, Weibull Life Data Analysis, Accelerated Life Testing, Fault Tree Analysis (FTA) and Reliability Block Diagrams (RBD). Broadly applied across a range of industries, ReliaSoft offers the tools you need to ensure the safety, reliability and maintainability of your products and design.
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Reliasoft software provides a comprehensive platform that combines seamless solutions designed for reliability engineering analysis and related analysis techniques
Solutions
- FMEA / FMECA
Methodologies designed to identify potential failure modes for a product or process before the problems occur. - Life Data Analysis / Accelerated Life Testing
Estimate life characteristics of a product such as reliability or probability of failure at a specific time. - System Reliability Modeling
Improve or optimise overall system reliability, maintainability and/or availability using logic diagrams.
- Standards Based Prediction
Predict reliability for systems and components (mostly electronics) based on failure rate estimates. - Reliability Growth Analysis
Apply reliability growth models to analyze data from both developmental testing and fielded repairable systems. - FRACAS / DRACAS
Report failures and/or defects and track their corrective actions
ReliaSoft software
Industry-leading software to support DfR
Design for Reliability (DFR) can be described as a systematic, streamlined, concurrent engineering programme that supports product and process design (typically from early in the concept stage all the way through to product obsolescence) to ensure that customer expectations for reliability are fully met throughout the life of the product with low overall life-cycle costs.
The DFR process is supported by ReliaSoft software, comprising tools that integrate for storing and transferring data between applications through a centralised database.
What is Design for Reliability?
Blog – What is Design for Reliability?
Benefits for Design for Reliability
- Significantly reduce test time required to obtain reliability metrics for a product, which can result in faster time-to-market, lower product development costs and improved designs.
- Design accelerated tests that will be the most effective to achieve desired objectives.
- Predict performance during the useful life (or warranty) period.
- Compare suppliers or designs based on reliability.
- Demonstrate that an item meets a specified reliability.
- Proactively consider potential failures, prioritize issues based on risk and then initiate improvements early in development when modifications tend to have the greatest impact for the lowest cost.
- Address data capture and management deficiencies to provide timely and accurate product reliability, quality and safety data.
- Contribute to design improvements, faster product release, better service and enhanced customer satisfaction.
- Provide a closed-loop system for managing corrective actions.
- Generate financial rewards through better product design, enhanced control of product warranties and more efficient customer support.
ReliaSoft packages
Weibull++ – Reliability life data analysis |
Lambda Predict – Standard based reliability predictions |
XFMEA – FMEA and related analyses |
BlockSim – RBDs, fault trees and Markov diagrams |
RCM++ – Reliability centered maintenance |
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