New and Enhanced Features in Version 7
The first, and still the only, commercially available software package designed expressly for quantitative accelerated life testing data analysis, ReliaSoft's ALTA software provides an intuitive and user-friendly way to utilize tremendously complex and powerful mathematical models. The software provides the life-stress relationships required to analyze accelerated life test data with up to 8 simultaneous stress types where stress is constant or varies with time!
The latest upgrade to ALTA, Version 7, provides many new and enhanced features. This includes:
Enhanced User Interface and Integration with Weibull++
An intuitive, flexible and integrated work center, ALTA 7's completely updated interface allows you to manage multiple analysis folios and related information all together in a single file. The new interface provides seamless integration with ReliaSoft's Weibull++ software and includes all the tools you need to extract results and create outstanding plots and reports for your analysis.
The completely updated Version 7 interface provides seamless integration with Weibull++ 7.
More Flexible and Powerful Modeling Capabilities
In Version 7, ALTA's data analysis capabilities are more flexible and powerful than ever. This includes:
- Support for More Types of Data: In addition to the ability to analyze complete and right-censored data, entered individually or in groups, ALTA 7's data entry sheets can now accommodate interval and/or left-censored data.
- Additional Degradation Models: ALTA's Degradation Analysis utility has been enhanced to provide support for the Gompertz and Lloyd-Lipow models.
- Additional Life-Stress Models: The software now supports the generalized Eyring life-stress relationship model. In addition, with ALTA 7 PRO, you can now use the Cumulative Damage model to analyze data with multiple time-varying stresses.
Analyze Multiple Time-Varying Stresses using the Cumulative Damage Model in ALTA 7 PRO
Accelerated Life Test Planning Utility
A flexible new utility implements the complex mathematical models required to design an effective accelerated life testing plan, which accounts for the type of stress, method of applying stress, stress levels, number of units to be tested at each stress level and an applicable life-stress model.
A Powerful Tool for Creating Optimal Accelerated Life Testing Plans
