WHAT WE DO

Additive Technologies

We advise on implementation of additive sciences, providing technologies for print path optimizations, additive system controls, and simulation for prediction and verification of print material and processes. We have experience operating, maintaining, and integrating industrial and commercial robots utilizing ceramic and thermoplastic materials. We consider mechanics, flow, interlayer bonding, and material application and deposition in print path and process definition.

Computational Mechanics

We perform material modeling of fluid, viscous fluid, granular, and plasma substances using the Finite Volume Method (FVM), the Discrete Element Method (DEM), and ray-tracing techniques. North Fracture has developed new simulation models and methods for improved accuracy and fidelity. Using Integrated Computational Materials Engineering (ICME), we consider the manufacturing of a material including inherent heterogeneities and imperfections. North Fracture staff also has expertise with the Finite Element Method (FEM), Smoothed Particle Hydrophysics (SPH), and more.

Nature Inspired Engineering

We enjoy researching a variety of sciences for their innovative potential. An understanding of nature has produced solutions to complex engineering problems, hazard mitigation, and resource conservation. Our optimized solutions consider multiple branches of science to support a diverse population.