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Fraunhofer Institute for Mechanics of Materials IWM
Fraunhofer Institute for Mechanics of Materials IWM
Fraunhofer Institute for Mechanics of Materials IWM
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What is SimPARTIX®?
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What is SimPARTIX®?
Particle method
The power within
Competencies
[X]
Competencies
Granular materials
Complex fluids
Suspension modeling
Surface tension
Materials modeling
Co-simulation
Use Cases
[X]
Use Cases
Abrasive machining
Wire sawing
Erosive wear
Tape casting
Additive manufacturing
Cohesive powders
Magnetorheology
Die filling
Powder compacting
Screen printing
Sintering
Drying
Dental care
Robocasting
Magnetic pulse welding
Material extrusion
Magnetic flow machining
Slag sand comminution
Polymer powder bed fusion
Metal powder bed fusion
Solid particle erosion
How to work with us
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How to work with us
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Software license
References
Partners from industry
Science
Videos and Publications
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Videos and Publications
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What is SimPARTIX®?
Expand / Hide
Particle method
The power within
Expand section
Close section
Competencies
Expand / Hide
Granular materials
Complex fluids
Suspension modeling
Surface tension
Materials modeling
Co-simulation
Expand section
Close section
Use Cases
Expand / Hide
Abrasive machining
Wire sawing
Erosive wear
Tape casting
Additive manufacturing
Cohesive powders
Magnetorheology
Die filling
Powder compacting
Screen printing
Sintering
Drying
Dental care
Robocasting
Magnetic pulse welding
Material extrusion
Magnetic flow machining
Slag sand comminution
Polymer powder bed fusion
Metal powder bed fusion
Solid particle erosion
Expand section
Close section
How to work with us
Expand / Hide
Services
Software license
References
Expand / Hide
Partners from industry
Science
Expand section
Close section
Videos and Publications
Expand / Hide
Video gallery
Publications