Solidworks 2016 - Ultimate 3D2D Modelling Course

Solidworks 2016 : Ultimate 3D/2D Modelling Course, available at $19.99, has an average rating of 3.95, with 111 lectures, based on 18 reviews, and has 92 subscribers.

You will learn about Understand basic sketching techniques Create parts and 3D models Learn to create the complex structures and surfaces using surface modelling features. Create assembly and drawings of 3D parts. This course is ideal for individuals who are Design Engineers or Industrial professionals or Mechanical Graduates It is particularly useful for Design Engineers or Industrial professionals or Mechanical Graduates.

Enroll now: Solidworks 2016 : Ultimate 3D/2D Modelling Course

Summary

Title: Solidworks 2016 : Ultimate 3D/2D Modelling Course

Price: $19.99

Average Rating: 3.95

Number of Lectures: 111

Number of Published Lectures: 111

Number of Curriculum Items: 111

Number of Published Curriculum Objects: 111

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

Understand basic sketching techniques

Create parts and 3D models

Learn to create the complex structures and surfaces using surface modelling features.

Create assembly and drawings of 3D parts.

Who Should Attend

Design Engineers

Industrial professionals

Mechanical Graduates

Target Audiences

Design Engineers

Industrial professionals

Mechanical Graduates

Solidworksis the 3D (CAD/CAM/CAE) software developed by Dassault Systems. It is one of the most powerful and most widely used CAD software in the world.

This course introduces the fundamentals of Solidworks CAD software for the creation of both parts and assemblies.

You will learn the complete soliworks software from scratch to pro.

This course focuses on all important tools and also the best approach and logics to use those tools and commands in Complex modelling.

Anyone who wants to learn solidworks can take this course, no prior experience is required.

You will get all drawings / exercise files used to prepare this course.

Main contents of this course are as following

1. 2D Sketch Modelling
2. 3D Modelling
3. Advanced Surfacing
4. Drafting and Drawing
5. Assembly
6. Sheetmetal

Course Curriculum

Chapter 1: Introduction To Solidworks

Lecture 1: Introduction

Lecture 2: 02 How to Download Solidworks trial version

Lecture 3: 03 Access Exercise Files

Lecture 4: 04 User Interface

Lecture 5: 05 Import and Export Files

Lecture 6: 06 Pan and Zoom

Lecture 7: 07 Status Bar

Chapter 2: Sketch Basic Tools

Lecture 1: 01 Lines

Lecture 2: 02 Rectangle

Lecture 3: 03 Circles

Lecture 4: 04 Arcs

Lecture 5: 05 Selection Slots

Lecture 6: 06 Polygon

Lecture 7: 07 Text

Lecture 8: Trim and Extend

Chapter 3: Sketch Edit and Relations

Lecture 1: Automatick Geomaetric Relations

Lecture 2: Manual Geometric Relations

Lecture 3: Adding Smart Dimensions in sketches

Lecture 4: Fully Defined Sketches

Lecture 5: Fillet and Chamfer

Lecture 6: Move Copy Rotate Scale Features

Lecture 7: Mirror Entities in Sketches

Lecture 8: Offset Entities

Lecture 9: Convert Entity and 3D Sketches

Chapter 4: Basic 3D Tools

Lecture 1: Extrude Tool

Lecture 2: Revolve Feature

Lecture 3: Sweep Tool

Lecture 4: Loft Feature

Lecture 5: Datum Planes

Lecture 6: Datum Axis

Lecture 7: Cordinate System

Lecture 8: Feature Manager Design Tree

Lecture 9: Extrude Cut

Chapter 5: 3D Editing Feature

Lecture 1: Fillet

Lecture 2: Chamfer

Lecture 3: Mirror

Lecture 4: Ribs

Lecture 5: Shell

Lecture 6: Hole Wizard

Lecture 7: Boundry Boss

Lecture 8: Wrap and Dome

Lecture 9: Draft Tool

Chapter 6: Helix and Spiral

Lecture 1: Helix and Spiral

Lecture 2: Draw Curves and Projections

Lecture 3: Split LIne Surface

Lecture 4: Equation Driven Curves

Lecture 5: Circular Pattern

Lecture 6: Linear Pattern

Lecture 7: Sketch Pattern

Lecture 8: Fill Pattern

Lecture 9: Rapid sketch Feature

Chapter 7: Models for Practice

Lecture 1: Model 1

Lecture 2: Model 2

Lecture 3: Model 3

Lecture 4: Model 4

Lecture 5: Model 5

Lecture 6: Model 6

Lecture 7: Model 7

Lecture 8: Model 8

Lecture 9: Model Bolt 3D

Chapter 8: Surface Basic Tools

Lecture 1: Extruded Surface

Lecture 2: Surface Revolve

Lecture 3: Lofted Surface

Lecture 4: Boundry Surface

Lecture 5: Planar Surface

Lecture 6: Offset and Ruled Surface

Lecture 7: Filled Surface

Chapter 9: Surface Editing Features

Lecture 1: Trim Surface

Lecture 2: Extend Surface

Lecture 3: Fillet Surface

Lecture 4: Face Editing Tools

Lecture 5: Knit Surface

Lecture 6: Thicken Surface

Lecture 7: Convert Surfaces

Lecture 8: Model For Practice

Chapter 10: Assembly

Lecture 1: Introduction to Assembley

Lecture 2: Assembly Mates

Lecture 3: Coincident Mate

Lecture 4: Perpendicular Mate

Lecture 5: Perpendicular and Angle Mate

Lecture 6: Distance Mate

Lecture 7: Tangent Mate

Lecture 8: Advanced Mate

Lecture 9: Piston Head Assembly

Chapter 11: Drawing Basic Drafting

Lecture 1: Model Views

Lecture 2: Standard 3 Views

Lecture 3: Auxiliary Views

Lecture 4: Detailed Views

Lecture 5: Sectional Views

Instructors

Veer Tutorial
Ultimate Destination for All Computer Course

Rating Distribution

1 stars: 1 votes

2 stars: 1 votes

3 stars: 3 votes

4 stars: 12 votes

5 stars: 1 votes

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