What is Particleworks?
Meshfree liquid flow simulation software
Particleworks is the leading software for liquid flow simulation. This cutting-edge, particle-based simulator makes it easy to create and analyze 3D models in a variety of industrial contexts - from oil sloshing, lubrication and cooling for the automotive industry to mixing and kneading for medicine, materials and foods.
With its intuitive interface, its ultra-fast solver, and its powerful visualization tools, Particleworks provides all the tools needed for analyzing liquid flow behavior to optimize your engineering process.
Particleworks uses the geometry directly imported from CAD software, and proceed to analysis condition settings and calculation without mesh generation, which is required for the use of conventional grid method CFD software tools.
With its intuitive interface, its ultra-fast solver, and its powerful visualization tools, Particleworks provides all the tools needed for analyzing liquid flow behavior to optimize your engineering process.
Particleworks uses the geometry directly imported from CAD software, and proceed to analysis condition settings and calculation without mesh generation, which is required for the use of conventional grid method CFD software tools.
|
Cutting-Edge Research
Particleworks utilizes the latest research by Dr . Seiichi Koshizuka of the University of Tokyo’s Graduate School of Engineering, developer of the MPS method and founder of Prometech Software. Since 2009, it has offered engineers innovative solutions to a wide range of industrial problems. Today, Particleworks continues to gain new simulation capabilities through research conducted within companies and university laboratories across Japan.
|
|
|
No Meshing Needed
Particleworks lets you import files directly from CAD software, so you can avoid the expensive mesh generation needed for conventional CFD software.
|
No need to do complicated and repetitive mesh generation, you can set up calculation intuitively.
|
The best solution for sloshing, lubrication, mixing, spraying, injection, etc.
Particleworks analyzes the motion of fluids by dividing them
into sets of discrete elements or particles, which are allowed to
move freely. This approach lets you simulate large deformation,
coalescence and segmentation of fluid, and rapid change of
flow ‒ without requiring any complicated preparation or meshing in advance.
Particleworks provides excellent performance in the simulation of moving boundary problems, which can be a time-consuming
task with conventional methods. When dealing with complex
structures such as gears and impellers, the software first
translates these structures to polygon models, making it simple
to apply detailed movement settings
into sets of discrete elements or particles, which are allowed to
move freely. This approach lets you simulate large deformation,
coalescence and segmentation of fluid, and rapid change of
flow ‒ without requiring any complicated preparation or meshing in advance.
Particleworks provides excellent performance in the simulation of moving boundary problems, which can be a time-consuming
task with conventional methods. When dealing with complex
structures such as gears and impellers, the software first
translates these structures to polygon models, making it simple
to apply detailed movement settings
Courtesy of Amine, member of Mechatronics INSAT and FunctionBay K.K.
Multiphysics solution
Particleworks makes it easy to simulate interactions between fluids and powders, or between fluids and rigid bodies, without any required complicated settings. Even coupled simulations with Particleworks and third-party software are possible without the need for meshing.
