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Integration

Native Import of Implicit Geometry for Cloud-Native Simulation

SimScale leverages the nTop CAD kernel to deliver a fast, robust workflow for flow and thermal simulation of high performance thermal management systems.

Printed plate heat exchanger modeled in nTop and SimScale
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Simulate nTop models in 3 steps

nTop logo
1

Import implicit model files from nTop into SimScale

Import geometries in seconds, maintaining native geometry fidelity

Simulation of an nTop implicit model in SimScale
2

Run flow and thermal simulations in the cloud, quickly and robustly

SimScale’s Conjugate Heat Transfer (CHT) analysis using the Immersed Boundary Method (IBM) builds directly on the implicit geometry representation

Design exploration with nTop and SimScale
3

Explore designs faster with a smooth, repeatable end-to-end workflow

With no time wasted on pre-processing steps, leveraging implicit geometry natively accelerates workflows and eliminates the possibility of discretization errors

Fast and robust simulation of DfAM product performance

Native nTop implicit CAD import

SimScale nTop Integration

Benefits

  • Importing nTop (*.implicit) CAD files lets nTop users seamlessly prepare and run flow and thermal simulations in SimScale
  • Using the implicit representation natively is up to 20x faster than traditional meshing pipelines requiring faceted CAD
  • Establishes a highly robust and repeatable workflow for simulating complex geometries including high performance heat exchangers, TPMS and gyroid structures and DfAM products

How it works

  • nTop implicit import option is available to all SimScale users
  • Compatible with Conjugate Heat Transfer (IBM) analysis type
  • Uses nTop geometry kernel to enable import and meshing

Sign up to start simulating nTop implicit models in SimScale today