Simcenter 3D basic NXOpen course (C#)

Course Curriculum

Chapter 1: Introduction and setup

Lecture 1: Welcome

Lecture 2: About myself

Lecture 3: Course structure

Lecture 4: Why click if you can script

Lecture 5: Setting up

Lecture 6: Resources

Chapter 2: Record and modify

Lecture 1: Record and replay a journal

Lecture 2: Inspect and remove unnecessary code

Lecture 3: Create a mesh collector

Lecture 4: Create multiple mesh collectors

Lecture 5: Improve our code

Chapter 3: Create forces and boundary conditions

Lecture 1: Create a nodal force

Lecture 2: Improve CreateNodalForce

Lecture 3: Overload CreateNodalForce

Lecture 4: Create a constraint

Chapter 4: Create solution and subcases

Lecture 1: Create solutions

Lecture 2: Create solution improve code

Lecture 3: Create load cases

Lecture 4: Adding loads and boundary conditions to load cases

Lecture 5: Using solversets

Chapter 5: Post processing – Combine results

Lecture 1: Combine results – PostInput class

Lecture 2: Combine results – Load results

Lecture 3: Combine results – Get result types

Lecture 4: Combine results – Delete companion result

Lecture 5: Combine results – Identifiers and expressions

Lecture 6: Combine results – Check input + user feedback

Chapter 6: Post processing – Export results

Lecture 1: Export results

Lecture 2: Export results – units

Lecture 3: Export results – Import

Chapter 7: PostProcessing – Envelope results

Lecture 1: Envelope results

Lecture 2: Envelope results – ResultParameters

Lecture 3: Envelope results release NX2021.2 (version 1980) and later versions

Chapter 8: User input

Lecture 1: Using arguments

Lecture 2: Using NX forms

Lecture 3: Using windows forms

Lecture 4: Using groups

Lecture 5: Status bar

Chapter 9: Automate analysis

Lecture 1: Introduction

Lecture 2: Run a journal/script in batch mode

Lecture 3: Running all journals sequentially

Lecture 4: Generating journals

Chapter 10: CAE assembly structures

Lecture 1: Introduction

Lecture 2: Listing part tree

Lecture 3: Listing component tree

Lecture 4: Listing femodeloccurrence tree

Chapter 11: Create groups from CAD

Lecture 1: Introduction

Lecture 2: Get the named datum planes

Lecture 3: Create selection recipes

Lecture 4: Create groups from selection recipes

Lecture 5: Add related nodes and elements to geometry in groups

Chapter 12: Export thickness as a result

Lecture 1: Introduction

Lecture 2: Export thickness as elemental result

Lecture 3: Export thickness as element-nodal result

Chapter 13: Publish your code

Lecture 1: Interactive customization

Lecture 2: File customization

Lecture 3: Share code