Friction-Free Curve Analysis

Eliminate the Daily Friction of Material Analysis

Every analysis of test data relies on recurring transformation steps such as scaling and normalizing curves, filtering noisy signals (e.g. DMA data), aligning stress–strain curves for specimen comparison, or re-referencing cyclic data to analyze hysteresis and degradation.

In practice, these steps are rarely handled in a single environment. Instead, they are spread across Excel, MATLAB, custom scripts, and various plotting or visualization tools. This fragmentation introduces daily friction that experts know all too well:

• Copying and adjusting columns across tools
• Rewriting the same formulas and scripts
• Duplicating sheets or versions to preserve intermediate states
• Regenerating plots after every data or parameter change
• Managing undocumented transformation logic applied differently by each team member

As datasets grow, these issues compound. Updates slow down, feedback loops lengthen, and analytical momentum is lost—breaking the flow between observation, interpretation, and decision-making.

Transformations — See What Matters

Transformations in MatLytics are interfaces designed specifically for data/curve transformation in material analysis.

Instead of working through cells, scripts, and disconnected plots, you work directly on the curves themselves. Scaling and normalization, filtering and smoothing, offsets and alignment, as well as mathematical calculations and derived curves are all applied inside a single, interactive interface that shows only the curves involved in the transformation.

As you change a parameter, the curves update immediately. You see in real time how a filter affects noise, how an offset changes alignment, or how normalization alters comparability. You can adjust, refine, or undo transformations without breaking your analytical flow.

A Smoother Everyday Experience in Curve Analysis

With Curve Transformers, transformation becomes part of analytical thinking, not an interruption to it. Daily friction is reduced in concrete, practical ways:

• No copy-paste between tools or files
• No searching for formulas, scripts, or parameters
• No navigating through spreadsheets or duplicated versions
• No manual re-creation of plots after every change
• No ambiguity about which transformation was applied and how

You stay inside the curves, continuously testing assumptions and immediately seeing their effect. Instead of managing files, formulas, and tooling overhead, you focus on evaluating material behavior—where experienced engineers create real insight.

And because everyone uses the same transformation interfaces, the entire team works in a consistent, shared way, with transparent and reproducible analysis logic.

From Tool Friction to Curve Insight

Replace fragmented, manual curve transformations with real-time, interactive interfaces—book a demo and see Curve Transformers in action.