HELYX-Adjoint

Scientific models · by ENGYS

Continuous adjoint-based CFD tool for topology and shape optimization, handling real engineering problems with complex geometries and mesh sizes in excess of 100 million cells.

What it does

Continuous adjoint-based CFD tool for topology and shape optimization, handling real engineering problems with complex geometries and mesh sizes in excess of 100 million cells.

  • Computational fluid dynamics (CFD) simulation
  • Fluid dynamics analysis
  • Design optimization
  • Shape and topology optimization
  • Hydrodynamic analysis and ship design
Category
Scientific models
Users
Automotive, AEC, Aerospace, Energy and 5 more
Public API
Not offered

Not yet disclosed: deployment options, platforms, languages and support channels.

Pricing

Pricing isn't published

ENGYS doesn't list prices publicly. Ask them for a quote.

Security and compliance

As reported by ENGYS. Ask for audit reports before you buy.

  • Appropriate security measures to prevent accidental loss, unauthorized access, alteration, or disclosure of personal data
  • Access limited to employees and third parties with a business need to know, subject to confidentiality duties
  • Breach notification procedures in place for suspected personal data breaches
  • Data retention policies with minimum 10-year retention for customer records for tax and legal purposes

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