Custom material characterization service for simulation teams

Some materials will never be in a vendor's database because they're proprietary blends, developmental alloys, or novel composites that exist only inside one company's supply chain. Engineers running simulations on these materials have no choice: they must generate the material properties themselves. The complaint that 'users working with unique or specialized materials may need to source or generate their own material properties, which can be time consuming and require additional effort' understates what this actually involves — physical coupon testing, DIC measurement, data reduction, curve fitting to a constitutive model, and finally formatting the result for the solver.

Most engineering teams have people who can run simulations. Almost none have people who specialize in the full chain from raw test data to a validated, solver-ready material model. That expertise sits at specialized test labs and universities — and the gap between 'we got test data back from the lab' and 'we have a LS-DYNA MAT card we trust' is where projects stall.

This gap persists because it's a services business masquerading as a software problem. CAE vendors can't productize it — every custom material is different. Test labs do the testing but rarely do the modeling. Simulation consultants do the modeling but don't run the tests. Nobody owns the full handoff.

The business recurs because companies constantly introduce new materials — lighter alloys, bio-based polymers, next-generation composites — and every new material needs characterization before it can be simulated. For a product engineering team trying to hit a program launch date, a 6-week DIY detour on material characterization is a genuine schedule risk, not an inconvenience.

What to build

Build a fixed-scope service that takes raw mechanical test data (or coordinates testing via partner labs), fits it to the appropriate constitutive model (plasticity, orthotropic elastic, viscoelastic), and delivers a validated, simulation-ready material card for LS-DYNA, Ansys Mechanical, or Abaqus — with a written summary of model assumptions and fit quality metrics.

Where to start

Start with fiber-reinforced polymer composites for aerospace and sporting goods manufacturers — the material class most explicitly called out as unsupported, with the smallest number of internal experts at most companies, and where simulation accuracy directly affects structural certification.

The hard part

Scoping engagements consistently is hard — every material is different, and underestimating complexity on a fixed-price project destroys margin, so the intake process and pricing model have to be tight before you take on volume.

How it makes money

Fixed-price per material characterization engagement, scoped by material class and number of loading conditions, with an optional retainer for companies that routinely introduce new materials into their simulation pipeline.