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Courses
nTop Foundations
Overview
Why do engineers use nTop?
How does nTop work?
What can you do with nTop?
Getting Started with nTop
Intro to Modeling
Overview
Intro to Modeling
Tutorials
Parametric Aircraft Design
Overview
Parametric Aircraft Modeling Intro
Modeling a Single Panel Wing
Modeling a Fuselage
Modeling Aircraft Ducts
Modeling an Empennage
Conceptual Aircraft Design Webinar
Parametric Turbomachinery Design
Overview
Overview of Micro Turbojet Design
Parametric Impeller
Combustion Chamber
Parametric Bladed Disk
Parametric Housing and Component Placement
Intro to Flow Analysis
Overview
CFD and LBM
Flow Analysis in nTop
Assignment: Flow Analysis
Additional Examples & Resources
Intro to nTop Automate
Overview
Before We Begin
nTop Command Line (nTop Automate)
Setting Up And Running nTop Automate
Optional nTop Automate Test Problem
What's Next
Intro to Custom Blocks
Overview
Before We Begin
Custom Blocks
List Processing
Optional Test Problem
What's Next
Intro to Meshing
Overview
Before We Begin
Meshing in nTop
Meshing Properties and Terminology
Converting and Exporting to a Mesh or CAD Body
Refining / Cleaning Meshes
Tips and Tricks for Export
Optional Mesh Export Test Problem
FE and Volume Meshes
Optional Volume Mesh Problem
Selecting Sections of a Mesh or FE Mesh
Optional Portions of a Mesh Test Problem
What's Next
Intro to Structural Analysis
Overview
Before We Begin
Analysis Options
Setting Up An FE Model
Setting Up Boundary Conditions
Running An Analysis
Optional Simulation Test Problem
Modal And Buckling Analysis
Importing and Exporting
What's Next
Intro to Thermal Analysis
Overview
Before We Begin
Thermal Analysis – Basics
Thermal Analysis – Simulation Types
Thermal Analysis – Current Capabilities
Thermal FE Model
Thermal Boundary Conditions
Thermal Analysis
Thermal Stress Analysis
Advanced Thermal Analysis (Beta)
Thermal FEA Results
Import/Export Options
What's Next
Intro to Field-Driven Design
Overview
Before We Begin
Introduction to Fields
Creating and Using Fields
Optional Test Problem
What's Next
Intro to Data Driven Design
Overview
Before We Begin
Basics
Apply Point Maps
Examples of Data Driven Design
Optional Data Driven Design Test Problem
What's Next
Intro to Field Optimization
Overview
Before We Begin
What is Field Optimization?
Preparing For Field Optimization
Parametric FE Model
Objectives & Constraints
Building A Field Optimization Workflow
Combined Optimization Approach
Optional Test Problem
What's Next
Intro to Topology Optimization
Overview
Before We Begin
Topology Optimization Properties and Terminology
Preparing for Topology Optimization
Running Topology Optimization
Post Processing
Optional Topology Optimization Test Problem
What's Next
Intro to Lattices
Overview
Before We Begin
Lattice Properties and Terminology
Periodic Lattice
Optional Test Problem
Non-Periodic (Stochastic) Lattices
Modifying Lattices
What's Next
Advanced Meshing Techniques
Overview
Surface Meshing Techniques
Intermediate Field Driven Design
Overview
Before We Begin
Intro to Remapping
Creating Bodies From Fields
Creating Bodies From Fields
Manipulating Fields and Creating Bodies Follow Along
Optional Advanced Test Problem
What's Next
Slicing and Print Layout
Overview
Before We Begin
Slice Properties and Terminology
Preparing For Printing
Slice and Export
Optional Test Problem
What's Next
Resources
Course Feedback
Ribbing and Texturing
Overview
Before We Begin
Conformal Lattices For Ribbing
Optional Conformal Ribbing Test Problem
Field Based Texturing
Optional Texturing Test Problem
Orienting Bodies
Optional Perforation Test Problem
Texturing From Bitmaps
Optional Bitmap Test Problem
Design
Lattice Structural Analysis
Overview
Before We Begin
Lattice Simulation Options and Comparison
Methods for Simulating Lattices
Optional Lattice FEA Test Problem
What's Next
Heat Exchanger Design 1 Intro to Two-Channel Heat Exchangers
Overview
Before We Begin
Read Me ~Seriously~
Triply Periodic Minimal Surface
Application Down Selecting
Pre-nTop Prep
Hex Body Shaping
Starting the Heat Exchanger
HEX Core Design
What's Next
Heat Exchanger Design 2 Heat Exchanger Flow Distribution and Control
Overview
Before We Begin
Plenums and Baffles
Designing Baffles
Designing Plenums
What's Next
Heat Exchanger Design 3 Simulation and Mesh Export of Heat Exchangers
Overview
Before We Begin
Meshing for Printing and Simulation
Meshing Techniques (For Analysis and Manufacturing)
CFD Interoperability
Manufacturing Engineering Considerations
What's Next
nTop Workshop Preparation
nTop Workshop Preparation
nTop Essentials
Overview
Before We Begin
NTOP AND IMPLICIT MODELING
The Notebook
Basic Operations
Optional: Essentials Test Problems
Exploring nTop
What's Next
Fixture Generator
Overview
Jigs & Fixtures
Masking For Remanufacturing
What's Next
Training Guides
Q&A: Ask the Basics
Serialization
Quick Guide to Surface Meshing
Perforations
Heat Exchanger Design – Cold Plates
Advanced Topology Optimization – Multiple Loads, Multiple Conditions
Intermediate Field-Driven Design
Advanced Field-Driven Design
Texturing and Bitmapping
DfAM and Export
Prosthetics
Heat Sinks
Design Parameters & DoE Automation with nTop and Ansys Discovery
Dental Splints and Surgical Stents
AM Support Structures
Medical Implant Latticing
Shaping Implicit Bodies with Simulation Results
Extending nTop with Run Command and Python
Moldability Analysis
Managing Distortion via Geometry Compensation
Cylindrical and Spherical Remap
Advanced Two Channel Heat Exchanger through Field Manipulation
nTopのコア機能と操作
nTopのコア機能と操作
ラティス入門
ラティス入門
Slicing and Print Layout
What's Next
Course Feedback
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