AeroDyne Design & Engineering

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Design, Recalculation and Optimisation of Turbomachinery

Application of modern CAE methods for swift, efficient development of Turbomachinery, parametric modelling.

Grid Generation for CFD and FEM Calculations

CAD data processing, free form surfaces and solid modelling, creation of complex calculation girds, hexa/tetra/hybrid networks, methods for the automatic networking of fluid and solid domains for linked calculations.

Flow Simulation - CFD

Implementation of commercial Navier Stokes solvers like ANSYS-CFX for calculating steady state and transient flows, without/with heat transfer, CHT, moving geometries, multiphase flows, etc.

Stress Analyses - FEM

Statics and dynamics, vibrations, rotor dynamics, life cycle, fracture mechanics, thermal analyses, fluid structure interface, etc.

Product Development

Concept planning, processing of design proposals, version optimisation.

Prototyping and Experiments

3D design, rapid prototyping, rapid tooling and validation of simulation results in cooperation with partners from the spheres of industry and science.

Customised Software Development

Adjustment of "CFturbo®" to special customer requirements, development of independent software solutions from the MCAE environment.

Training, Seminars, Courses, Consultancy

On the Following Topics:
Design, computation and optimization of Turbomachinery, complex grid generation, implementation of CAE methods for Turbomachinery.

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