PTC Creo parametric Specialization – MEGA course – AulaGEO

PTC Creo parametric Specialization – MEGA course – AulaGEO, available at $39.99, has an average rating of 5, with 57 lectures, based on 4 reviews, and has 42 subscribers.

You will learn about Creo Parametric concepts Advanced skillos of 3D modeling Finite elements analysis using beam, bridges, truss, C channel and similar structures projectile motion This course is ideal for individuals who are Mechanical Engineer, Civil engineers, Constructors or 3D modelers or CAD / BIM lovers It is particularly useful for Mechanical Engineer, Civil engineers, Constructors or 3D modelers or CAD / BIM lovers.

Enroll now: PTC Creo parametric Specialization – MEGA course – AulaGEO

Summary

Title: PTC Creo parametric Specialization – MEGA course – AulaGEO

Price: $39.99

Average Rating: 5

Number of Lectures: 57

Number of Published Lectures: 57

Number of Curriculum Items: 57

Number of Published Curriculum Objects: 57

Original Price: $94.99

Quality Status: approved

Status: Live

What You Will Learn

Creo Parametric concepts
Advanced skillos of 3D modeling
Finite elements analysis using beam, bridges, truss, C channel and similar structures
projectile motion

Who Should Attend

Mechanical Engineer, Civil engineers, Constructors
3D modelers
CAD / BIM lovers

Target Audiences

Mechanical Engineer, Civil engineers, Constructors
3D modelers
CAD / BIM lovers

Course Definition:

Creo is the 3D CAD solution that helps you accelerate product innovation so you can build better products faster. Easy-to-learn Creo seamlessly takes you from the earliest phases of product design to manufacturing and beyond.

You can combine powerful, proven functionality with new technologies such as generative design, augmented reality, real-time simulation, additive manufacturing. and the IoT to iterate faster, reduce costs, and improve product quality. The world of product development moves quickly, and only Creo delivers the transformative tools you need to build competitive advantage and gain market share.

(1/3)This is a course focused on mechanical design using CREO Parametric software.

(2/3)This is an advanced 3D modeling course using advanced Creo Parametric commands.

(3/3)This is a course focuses in the use of a 3D software for design, analysisi and simulation of structures.

What will the user learn?

In this course, you will learn:

(1/3)

Section 1: Introduction to the software
Section 2: Sketch commands and features

Section 3: 3D commands and features
Section 4: 3D edit features
Section 5: Advanced modeling features
Section 6: Modeling

(2/3)

In detail lessons and projectos include:

Use of curve feature in advance modelling
Use of graph feature in advance modelling
In detail review of extrude command
In detail review of revolve command
In detail review of sweep command
In detail review of helical sweep command
In detail review of blend command
In detail review of swept blend command
In detail review of rotational blend command
In detail review of features like hole, round, chamfer, mirror, pattern and ribs
In detail review of toroidal blend command
In detail review of spinal blend command
In detail review of view, scene and rendering command
In detail review of assembly types
Slight introduction to master level creo concept – CREO Analysis

(3/3)#AulaGEO

Introduction
Truss analyisis
Bridge Beam
Vibration Damping
Cantilever Beam
C Channel
Friction Effects
Projectile Motion
Thermal Analysis

Course Curriculum

Chapter 1: SECTION 1 – PTC CREO Parametric – Design, Ansys and simulation

Lecture 1: Introduction, user interface and making part file

Chapter 2: Sketch commands and features

Lecture 1: Clase 2: Sketch – Commands and Features 1

Lecture 2: Clase 3: Sketch – Commands and Features 2

Lecture 3: Clase 4: Sketch – Commands and Features 3

Lecture 4: Clase 5: Practice exercise

Chapter 3: 3D commands and features

Lecture 1: Clase 6: Extrude, revolve, sweep and helical features

Lecture 2: Clase 7: Practice exercise

Chapter 4: 3D edit features

Lecture 1: Clase 8: Hole Feature

Lecture 2: Clase 9: Draft Feature

Lecture 3: Clase 10: Round Feature

Lecture 4: Clase 11: Practice exercise

Chapter 5: Advanced modeling features

Lecture 1: Clase 12: Pattern Feature

Lecture 2: Clase 13: Practice exercise

Chapter 6: Modeling

Lecture 1: Clase 14: Making a model 1 with previously learnt commands

Lecture 2: Clase 15: Continue making the model

Lecture 3: Clase 16: Mechanism simulation

Chapter 7: SECTION 2 – PTC CREO Parametric – Design, Ansys and simulation

Lecture 1: Lecture 1 Use of curve feature in advance modelling

Chapter 8: Curve and feature graphics

Lecture 1: Lecture 2 Use of graph feature in advance modelling

Lecture 2: Model 1 Practice 1 – 1 Model with learnt technique

Chapter 9: Extrude detailed

Lecture 1: Lecture 3 In detail review of extrude command

Lecture 2: Model 2 Practice 2 – 1 Model with learnt technique

Chapter 10: Revolve and sweep commands and practices

Lecture 1: Lecture 4 In detail review of revolve command

Lecture 2: Model 3 Practice 3 – 1 Model with learnt technique

Lecture 3: Lecture 5 In detail review of sweep command

Lecture 4: Model 4 Practice 4 – 1 Model with learnt technique

Chapter 11: Helical sweep and blend commands and practices

Lecture 1: Lecture 6 In detail review of helical sweep command

Lecture 2: Model 5 Practice 5 – 1 Model with learnt technique

Lecture 3: Lecture 7 In detail review of blend command

Lecture 4: Model 6 Practice 6 – 1 Model with learnt technique

Chapter 12: Sweept blend and rotational commands and practices

Lecture 1: Lecture 8 In detail review of swept blend command

Lecture 2: Model 7 Practice 7 – 1 Model with learnt technique

Lecture 3: Lecture 9 In detail review of rotational blend command

Lecture 4: Model 8 Practice 8 – 1 Model with learnt technique

Chapter 13: Other commands in detail

Lecture 1: Lecture 10 In detail review of features like hole, round, chamfer, mirror, patte

Lecture 2: Model 9 Practice 9 – 1 Model with learnt technique

Lecture 3: Lecture 11 In detail review of toroidal blend command

Lecture 4: Model 10 Practice 10 – 1 Model with learnt technique

Chapter 14: Lesson 7

Lecture 1: Lecture 12 In detail review of spinal blend command

Lecture 2: Model 11 Practice 11 – 1 Model with learnt technique

Chapter 15: Lesson 8

Lecture 1: Lecture 13 In detail review of view, scene and rendering command

Lecture 2: Model 12 Practice 12 – 1 Model with learnt technique

Chapter 16: Lesson 9

Lecture 1: Lecture 14 In detail review of assembly types

Lecture 2: Model 13 Practice 13 – 1 Assembly with learnt technique

Chapter 17: Real time inspiration study session

Lecture 1: Lecture 15 Slight introduction to master level creo concept – CREO Analysis

Lecture 2: Lecture 16 Slight introduction to master level creo concept -CREO Manufacturing

Chapter 18: SECTION 3 – PTC CREO Parametric – Design, Ansys and simulation

Lecture 1: Introduction

Chapter 19: Introduction and Truss

Lecture 1: Truss 1

Lecture 2: Truss 2

Chapter 20: Bridges and vibration damping

Lecture 1: Bridge Beam

Lecture 2: Vibration Damping 1

Lecture 3: Vibration Damping 2

Chapter 21: Beams and C channel

Lecture 1: Cantilever Beam 1

Lecture 2: Cantilever Beam 2

Lecture 3: C Channel

Chapter 22: Friction, motion and thermal analysis

Lecture 1: Friction Effects

Lecture 2: Projectile Motion

Lecture 3: Thermal Analysis

Instructors

AulaGEO Academy
Specialists in GIS – BIM – LAND and Smart process training

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 0 votes
4 stars: 0 votes
5 stars: 4 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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