AssessLIFE | Metal Analytics Software | RaySoft AssetAnalytics

Download Software:

A. Please, register up or sign up at the HomePage. B. Please, purchase alloys from your RaySoft profile page; and, thereafter, C. Please, click on the now activate Launch AssessLIFE button to launch the AssessLIFE software."

AssessLIFE Analytics Softwares

Modeling, Integration, And Automation of degradation to estimate asset life and degradation drivers. It also emphasizes the computerization or automation of the processes of metallic (alloys and welds) degradation mechanisms and parameters manipulation using digital techniques.

AssessLIFE software leverages many scientific studies and research in many fields of engineering.

AssessLIFE User Reference List

Pain Points

Asset safety and health assessment (the Assess LIFE software assesses physical asset degradation over time and generates status reports)
Production loss (the AssessLIFE software ensures that assets are built from the most appropriate alloys and welds. Appropriate selection of alloys and welds facilitates continuous production)
Maintenance cost overruns (the AssessLIFE software generates asset inspection time frames ahead of possible time-dependent failures that facilitate pro-active remedial actions)
Legal assessment (the AssessLIFE software computes asset lifespan based on the alloy of construction and ambient exposure environments, which inform legal teams if the appropriate early-phase decisions were made)
Insurability assessments (the AssessLIFE software computes lifespans and the remaining life of metallic physical assets, which enables insurers quantify asset insurability)
Engineering decision-making (the AssessLIFE software computes and generates rates of degradation drivers and lifespans to ensure that the most appropriate engineering decisions are made)
Fabrication decision-making (the AssessLIFE software proposes to fabricators information on the most appropriate welds for the exposure environment)
Inspection preparation (the AssessLIFE software provides inspectors with possible degrading mechanisms and expected physical damage features so that the most appropriate inspection tools and techniques can be selected)