Fluid dynamics
Steady, unsteady and moving-mesh CFD studies for aerodynamic, hydrodynamic and rotating-flow applications.
See fluid dynamicsAlternative Current Energy delivers CFD, design optimisation and multi-physics modelling for demanding industrial applications. We combine research-grade methods with pragmatic engineering delivery to turn complex simulation challenges into usable results, robust workflows and informed design decisions.
ACE supports projects that require accurate flow modelling, validation against reference data, automated optimisation and coupling between specialised engineering tools.
Steady, unsteady and moving-mesh CFD studies for aerodynamic, hydrodynamic and rotating-flow applications.
See fluid dynamicsBenchmarking against canonical experimental cases to improve confidence, calibration and repeatability.
See validation approachMulti-objective optimisation workflows for better trade-offs in efficiency, performance, cost and structural behaviour.
See optimisationCoupled toolchains that connect aerodynamics, structures, acoustics and system models into one coherent workflow.
See multi-physicsWhen an engineering problem falls outside standard software workflows, ACE develops the missing pieces: solver extensions, automation scripts, interfaces and project-specific numerical pipelines.
Accurate modelling starts with careful comparison to reference data. Validation is built into the workflow so that simulation choices remain grounded in measurable behaviour.
ACE works at the interface between research and real-world engineering, bringing advanced numerical methods into practical design studies, R&D projects and industrial decision-making.
For project discussions, technical support or collaborative R&D opportunities, contact Alternative Current Energy directly.
Email: contact@alternativecurrentenergy.com
Phone: +33 6 12 90 30 42
Address: 35 bis rue de Marmande, 33800 Bordeaux, France
LinkedIn: benoitpaillard
CFD studies, code customisation, validation work, optimisation campaigns, solver coupling and technical consulting for complex engineering applications.
The website is fully static for reliability and fast deployment, while keeping direct contact simple and immediate.