Note: the heat sink is presented upside down for viewing the mating surface.
Intro to Modeling
Parametric Aircraft Design
Parametric Turbomachinery Design
Intro to Flow Analysis
Intro to nTop Automate
Intro to Custom Blocks
Intro to Structural Analysis
Intro to Thermal Analysis
Intro to Field-Driven Design
Intro to Data Driven Design
Intro to Field Optimization
Intro to Topology Optimization
Intro to Lattices
Advanced Meshing Techniques
Intermediate Field Driven Design
Slicing and Print Layout
Ribbing and Texturing
Lattice Structural Analysis
Heat Exchanger Design 1 Intro to Two-Channel Heat Exchangers
Heat Exchanger Design 2 Heat Exchanger Flow Distribution and Control
Heat Exchanger Design 3 Simulation and Mesh Export of Heat Exchangers
nTop Workshop Preparation
nTop Essentials
Fixture Generator
Training Guides
nTopのコア機能と操作
ラティス入門
Example: Creating a Thermal Bonded Contact
The Heat Sink FE Model below is made of two FE Components: the Heat Sink (gray) and the Base (red). It is assumed that the Base is the Independent mesh, while the Heat Sink is the Dependent mesh.
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Assistant
Responses are generated using AI and may contain mistakes.