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Getting Started

  • CIVIL NX

Getting Started

Creation of Geometry, Analysis settings, Mesh generation, Soil Data Input, Application of different Loadings, and tools for checking the results/output
Created by Dr. Praveen Huded
Last Updated Aug 6, 2026
Beginner
22 Videos
2h 46mins
120 Enrollments
English

About the course

What will I learn?

  • The user will be able to create geometry, generate mesh, and define soil material models using the available tools for analysis

Requirements

  • Basic understanding of Finite Element Analysis

Description

Understand how to use various tools for creating geometries. Learn the step-by-step process of converting geometry into a mesh domain. Get familiar with defining soil constitutive models using appropriate input data. Learn how to apply different types of loads to structural elements. Explore the tools available for checking analysis results like stresses and displacements.

Course content

5 Sections  ·  22 Videos  ·  2h 46mins total length

Geometry 5 Lessons 1h 24m

  • Introduction
    01:13
  • Initial Settings
    06:00
  • Changing Work Plane
    03:01
  • Creating different geometries
    55:10
  • Geometric Operations: Extrude, Sweep, Translate, Revolve, Loft, Divide, Boolean
    18:53

Mesh Generation 1 Lesson 1h 40m

Soil Data 5 Lessons 1h 55m

Loading 5 Lessons 2h 22m

Result Extraction 6 Lessons 2h 46m

Course Outcomes

This course includes:

22 Videos
Full lifetime access
2h 46mins Learning
Screen on mobile and TV

Certification & license

Training license

After you Start the Lesson, from "My Courses" follow the Steps mentioned in the pdf below to obtain the Training License:

Course completion certificate

Follow the Step below to obtain the certificate

  1. Complete Assessment Quiz Q & A
  2. Task: Follow Tutorial & Upload .mcb File
  3. Download Certificate
Procedure for certification

Dr. Praveen Huded

Dr. Praveen Huded is a geotechnical engineer with expertise in the analysis and design of pile foundations in liquefiable soils and seismic hazard assessment. At MIDAS, he is responsible for developing and validating numerical models, delivering customized simulation-based solutions to clients.

7 videos

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