"Let us help you with designing new materials and manufacturing processes for your application"

-SunergoLab

• Sunergolab Inc. has developed, for the first time, multi-physics peridynamic software MesoEqs to overcome current inadequate material design of environmental/ thermal barrier coating (E/TBC) applied to ceramic matrix composite (CMC) systems for reducing turbo-engine production times and diminishing carbon dioxide aviation emissions

  • MesoEqs is highly efficient, massively-parallel C++ simulation code for solving 3-D multi-physics problems

  • MesoEqs applies Peridynamics, a new theory that unifies the description of continuous media, cracks, and discrete particles

  • MesoEqsTM is based on multi-physics equations which are valid everywhere, including discontinuities

  • MesoEqs does not require external criterion for crack initiation and propagation

  • MesoEqs invokes material damage through a direct material response
     

• MesoEqs base customers are designers and manufacturers of advanced material and components for turbine engines for aerospace and defense applications

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• MesoEqs key benefits are

  • Predictive multi-physics of E/TBC CMC systems

    • MesoEqs can predict multi-physics of E/TBC CMC systems with 3-D mesostructural discontinuities and heterogeneities

    • Existing FEM software must deal with ambiguity of derivatives of displacement at discontinuities

    • MesoEqs can naturally manage large deformation gradients and incorporate damage models unconstrained by mesh size

    • Damage models in existing FEM software typically impose requirements on mesh size

  • The best of FEM and Peridynamics

    • MesoEqs software can provide the best of both worlds: the peridynamic model is applied in regions susceptible to material failure, while the FEM model is applied elsewhere

  • Unique expert support 

    • Sunergolab Inc. works in partnership with primary developer of the MesoEqs peridynamic solver and primary initiator of peridynamic method

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• These benefits deliver value to customer by 

  • Designing stable E/TBC CMC systems

  • Complementing laboratory testing with predictive analysis

  • Reducing turbo-engine production times

  • Diminishing carbon dioxide emissions from Aircraft

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• Currently the software is offered as a service where Sunergolab Inc. focuses on adaptation of MesoEqs for customer's application

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• Please contact us for more information or to discuss your specific needs