> ## Documentation Index
> Fetch the complete documentation index at: https://docs.ntop.com/llms.txt
> Use this file to discover all available pages before exploring further.
# Courses
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Get started with nTop! Gain the foundational knowledge and skills you need to start designing with nTop
Learn about basic modeling capabilities and discover new features through regularly updated hands-on tutorials
Build from scratch and discover techniques for modeling and parameterizing a conceptual aircraft design
Master modular workflows to parametrically design turbomachinery with implicit geometry from scratch
Learn the fundamental concepts, and how to setup, simulate, and analyze fluid flow within your models
Learn the basics of nTop's command line interface to automatically run workflows without the graphical user interface
Learn how to use custom blocks and list processing to automate your design workflow
Meshing techniques for simulation, surface latticing and exporting
Learn how to generate an FE model and boundary conditions to run FEA in nTop
Learn how to setup and run thermal analyses in nTop
Learn the basics of fields in nTop and how to use them to drive designs
Explore driving geometry with data in nTop
Learn how to set up and run field optimization in nTop
Learn how to set up and run a topology optimization in nTop
Learn how to add lattices to lightweight and add texture to a part
Learn how to optimize your complex meshes using advanced meshing techniques
Learn more about fields in nTop and how to use them in geometry creation and remapping
Save time by slicing your implicit models and prepare for printing within nTop
Learn various techniques for ribbing and texturing parts
Learn how to run simulation on your lattice structures in nTop
Learn how to infill your design space with TPMS lattices to generate fluid domains for HEX design
Learn how to create baffles and plenums and prepare the mesh for HEX design
Learn how to create a mesh, run a simulation, and analyze the results for HEX design
Establish the essential knowledge and skills you need to prepare for a successful nTop workshop. Learn what nTop is, build your first workflows, and understand implicit modeling.
Get started on the basics of nTop and test your knowledge
Learn how to design 3D printed jigs, fixtures, and masks for assembly, re-manufacturing or CMM measuring
Get answers to some of the most frequently asked questions on geometry conversion, basic operations, and troubleshooting in nTop
Learn how you can generate and place serial numbers on your part
Explore techniques to successfully create surface mesh for virtually any downstream operations
Explore the different methods for creating perforations and how to implement them in a workflow
Explore the methods for creating cold plates and how to implement them in a workflow.
Learn how to build a topology optimization with multiple load cases and multiple constraints from scratch
Learn how to use equations and fields to warp a design and apply this concept for creating a woven pattern
Learn about the two body fields and two applications of this advanced field driven design concept
Learn the basics of adding textures to a part using images and fields
Learn how to design for additive manufacturing, build orientation optimization, and pack support structures in nTop
Learn about creating, lightweighting, and texturing a custom-fit prosthetic limb for patient comfort and mobility.
Explore the process of creating two types of heat sinks in nTop
Explore the steps of setting up an automated Design of Experiments (DoE) workflow between nTop and Ansys Discovery for lattice characterization
Build custom blocks to automatically generate dental splints and stents based on imported scan data
Generate support structures in nTop and learn how to modify premade custom blocks to tailor these structures to your specific needs
Use lattice structures to design medical implants in nTop
Use imported simulation data to generate and reshape implicit geometry
Use Run Command block with Python to extend nTop capabilities
Explore nTop's tools to evaluate your designs for moldability
Learn how to create compensated geometry to counteract distortion
Explore the steps of a cylindrical and spherical remap and how to adjust parameters for different results
This training walks you through how to create a two-channel heat exchanger with fields.
nTopの基本を学び、インプリシットモデリングの概念と主要な操作・ベストプラクティスを理解します。
nTop内のラティス生成オプションを学び、ワークフローにラティスを実装する方法を理解します。