Explore how CFD simulations evaluate vehicle convoy aerodynamics, reducing drag and fuel consumption through optimized spacing and airflow interaction.
Learn how HELYX simulates wind squall events with CFD, helping engineers assess transient wind loads on buildings and improve structural...
Discover how DOCOL utilized HELYX and Continuous Adjoint CFD to optimize faucet designs, achieving reduced pressure losses and enhanced energy...
Discover how Generalized Internal Boundaries (GIB) in HELYX enable accurate simulations of complex boundary motions, including large-scale rigid body transformations.
Discover how HELYX and HELYX Marine empower marine engineers with advanced open-source CFD solutions for hull optimization, seakeeping analysis, and...
Explore how continuous adjoint optimization with HELYX Adjoint improves engineering design through advanced simulation, topology, and surface optimization techniques.
Learn how HELYX Adjoint enables multi-objective topology optimization using continuous adjoint CFD to enhance product designs under multiple performance goals.
Companies using simulation in their design process, often utilize a spectrum of computing resources to meet budgetary and uptime requirements,...
Explore how machine learning enhances aero-thermal CFD simulations for electric vehicles, accelerating design with AI-driven models and predictive analytics.
Automate CFD tasks with Python and HELYX to streamline workflows, reduce errors, and run scalable simulations using open-source CFD tools.
