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Engineering and
Software Solutions
for CFD and FEA
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Filter particle tracking
Filter applications
In filter applications, a complex repercussion of particles on the flow medium comes up: By their precipitate, particles heighten the local resistance in filter zones which, at the beginning, are especially intensely flown through and cause the flow medium to take another way. DHCAE Tools develops filter application models in a project promoted by BMWF (Federal Ministry of Economics and Technology).
From CAD model to stable and reliable results
CastNet and OpenFOAM® heat treatment. By courtesy of EFD, Freiburg
Processing plants
DHCAE Tools has extensive experience in optimizing flow in processing plants. Together with the customer, solutions for the use of installation elements are developed, like e.g. the optimization of the flow on baffles. This results in low operating costs (lower pressure loss) or a safe operation of the plant.
From CAD model to stable and reliable results
CastNet and OpenFOAM in plastics industries.
By courtesy of IKT, University Karlsruhe
Plastics applications
DHCAE Tools has extensive experience in the field of modelling of plastics applications. Based on the software solutions of DHCAE Tools, the whole area of efficient inhouse modelling from pre-
Filter particle tracking
Deposition plants
Deposition plants for drops can efficiently be optimised with flow simulations. CastNet easily displays resistance zones and OpenFOAM reliably simulates the resulting flow. DHCAE Tools supports the customer’s software for in-
From CAD model to stable and reliable results
Filter plants
Filter plants for air cleaning have been a long-
Please note that we can only show a limited selection of our work as many of our projects are confidential.
Gallery with example cases CastNet and OpenFOAM®
DHCAE Tools’ expertise
We have a vast experience and expertise in solving complex CFD tasks from various sectors for a targeted design or optimisation of products and processes.
Heat treatment
Quench hardening is a process in heat treatment where cooling jets from a nozzle field impinge on heated metallic parts. The cooling rate greatly influences the structural transformation and the resulting properties of the base material. CFD analyses are conducted to optimize the flow field and the resulting heat exchange rate at the surface.