Engineering and
Software Solutions
for CFD and FEA
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Particle transport: DHCAE Tools is an expert for particle modelling and integrates comprehensive models and extensions into OpenFOAM for
Free surfaces
Typical examples of our engineering projects are:
Rheology (emphasis on plastic moulds)
Rotating applications, dynamic grids and FSI
Please see the examples for FSI on our preCICE page.
DHCAE Tools has more than 15 years experience in providing CFD engineering services for complex flow situations. Based on this knowledge and expertise, we support our customers to solve their problems with numerical techniques. Combining these services with our software solutions, customers can freely decide to utilize our engineering services solely or to institute smoothly in-
Typical fields of CFD engineering projects of DHCAE Tools are:
Examples
Example 1: Optimisation of flow in filter plant with more than 1000 individual elements considering the continuous flow shift caused by clogged filters
For more examples of engineering projects conducted by DHCAE Tools, please visit our Case Studies or Application Movies site.
Example 2: Water droplets are evaporating in a quenching device. Strong coupled interaction with heat transfer, multiple species transport, species mass transfer and parcel based particle modelling.
All-
for open source solver technology
DHCAE Tools supports the whole CFD/FEA workflow: software additions (CastNet), services, training courses, support and solver extensions.
Example 4: CFD analysis to improve inflow situation into a chimney by optimisation of the fan channel geometry
Example 5: CFD analysis of a swirl generator to avoid wall abrasive effects of particle loaded flows
CFD-
This requires not only efficient and reliable calculation tools, but also in-
Don't wait till it's too late: Use CFD analyses already in the development phase, not only when problems arise!
Single phase CFD with or without heat transfer
Example 6: CFD simulation of a fan with mechanical tensions in the rotor
Example 3: Modelling of atomization process with free surface approach (VOF)