Hands-On SolidWorks: Create exciting models using SolidWorks

Mohammad Zgoul

$9.99 ~~$137.99~~

Video Apr 2020 7hrs 17mins 1st Edition

Mohammad Zgoul

$9.99 ~~$137.99~~

Video Apr 2020 7hrs 17mins 1st Edition

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Key benefits

Learn to create compelling 2D and 3D modeling, sketches, assemblies, and engineering drawings
Design products confidently by improving your product development processes using SolidWorks
Develop your design thinking and modeling skills with some real-world assembly designs

Description

SolidWorks is a solution for any business or professional looking to integrate design and manufacturing processes with photorealistic visuals of projects and collaborative features with this 3D experience platform. If you want to take your product design to the next level, SolidWorks can help you succeed. This course covers the full range of features in SolidWorks, and will help you gain the skills to draw and model any simple or complex mechanical shape or assembly - and ultimately design better products. Throughout the course, we will utilize a variety of real-world examples to support your learning and inspire you for your own projects. By the end of the course, you will have the skills and confidence to start designing your own 3D models and assemblies. Note: The course uses SolidWorks versions 2019 and 2020. However the course content independent of version used.

Who is this book for?

This course is suitable for mechanical engineers and design professionals who want to develop their knowledge of SolidWorks and its new release features and build their design methodologies in solid modelling. No prior knowledge of SolidWorks is required to take this course.

What you will learn

How to sketch 2D drawings and create a fully constrained picture
Gain the understanding to create sketch-based features and apply a combination of modifying techniques (extrude, revolve, sweep, loft)
Learn to modify 3D bodies using modifying tools (fillete, chamfer, shell, and rob)
Create pattern and mirror features, bodies and geometries, and add geometric references (planes and axis)
Construct fully-defined assemblies and non-fully defined assemblies (mechanisms)
Perform detailed shop drawings for fabrication
Get to know the workings of the Stirling Engine by using its prototype

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