Solidworks Advanced Assembly ( Version 2019 2020 2021 )

Learn how to handle complex assembly using advanced tool in SolidWorks

What you'll learn

In-context feature

Virtual part vs external part

Top down design method

Belt chain feature

Weld bead

Hole series

Pattern driven component pattern

Sketch driven component pattern

Curve driven component pattern

Chain component pattern

Linear component pattern with rotate instances

Profile center mate

Symmetric mate

Limit angle mate

Limit distance mate

Width mate

Path mate

Linear coupler mate

Slot mate

Hinge mate

Gear mate

Screw mate

And many other important topics

Requirements

Finish "SolidWorks 2019 Essential Training"

Access Solidworks 2019 or later

Description

In this SolidWorks Advanced Assembly Training course, expert author Asif Ahmed, Certified SolidWorks Expert (CSWE) will teach you how to manage complex assembly using the variety of tools in SolidWorks. This course is designed for intermediate users, meaning previous experience with SolidWorks assembly is required. If anyone wants to fill up his/her gap regarding SolidWorks assembly topic, then this is also right course for them. Follow along with our expert instructor in this training course to get:Concise, informative and broadcast-quality SolidWorks Parts Essential training videos delivered to your desktop.5.0 hours of HD video tutorialsOver 77 individual video lecturesExercise files – to help you become proficient with the material.The ability to learn at your own pace with our intuitive, easy-to-use interfaceA quick grasp of even the most complex SolidWorks Advanced Assembly Training subjects because they're broken into simple, easy to follow tutorial videos.You will start by learning top down assembly method topics such as in-context feature, external reference, virtual parts and so on. This video tutorial will then cover how to apply assembly level features including weld bead, hole series, belt chain etc. Then this course will also cover lots of intermediate topics such as advanced mate type, handling sub-assembly, apply mechanical mates and so on. Then, you will learn how to work with advanced pattern tool such as curve driven, chain driven, sketch driven pattern and so on. Finally, this course will also cover few advanced topic such as assembly configuration, fixing mate error etc. Once you have completed this computer based training course, you will be fully capable of using these tools and techniques to create your own complex assembly and get control perfectly using this 3D modeling software. Working files are included, allowing you to follow along with the author throughout the lessons. One quiz is also added to evaluate your skill after learning this course.In this SolidWorks Advanced Assembly Training video tutorial series, you'll quickly have relevant skills for real-world applications.

Overview

Section 1: 01. Introduction

Lecture 1 0101. Introduction

Lecture 2 Exercise Files

Section 2: 02. Top down assembly

Lecture 3 0201. What is top down design method

Lecture 4 0202. Power of in-context feature

Lecture 5 0203. In-context feature in depth

Lecture 6 0204. External reference symbol

Lecture 7 0205. Evaluate external reference

Lecture 8 0206. Remove or fix external reference problem

Lecture 9 0207. Cretae part in assembly level

Lecture 10 0208. Virtual part vs external part

Section 3: 03. Assembly level features

Lecture 11 0301. Apply weld bead in an assembly

Lecture 12 0302. Apply weld bead using weld path selection

Lecture 13 0303. Smart weld selection tool

Lecture 14 0304. Advanced options in weld bead

Lecture 15 0305. Advantages to insert weld bend in assembly

Lecture 16 0306. Create hole series in assembly

Lecture 17 0307. Belt chain feature

Lecture 18 0308. Swept cut in assembly level

Lecture 19 0309. Make a pattern of assembly level features

Section 4: 04. Advanced pattern type

Lecture 20 0401. Pattern driven component pattern

Lecture 21 0402. Sketch driven component pattern

Lecture 22 0403. Curve driven component pattern

Lecture 23 0404. Chain component pattern

Lecture 24 0405. Linear component pattern with rotate instances

Section 5: 05. Advanced mate type

Lecture 25 0501. Profile center mate

Lecture 26 0502. Symmetric mate

Lecture 27 0503. Limit angle mate

Lecture 28 0504. Limit distance mate

Lecture 29 0505. Width mate

Lecture 30 0506. Path mate

Lecture 31 0507. Linear coupler mate

Lecture 32 0508. Apply distance mate for cylindrical surface

Lecture 33 0509. Misaligned concentric mate

Section 6: 06. Mechanical mate type

Lecture 34 0601. Cam follower mate

Lecture 35 0602. Slot mate

Lecture 36 0603. Hinge mate

Lecture 37 0604. Gear mate

Lecture 38 0605. Screw mate

Section 7: 07. Mate error and mate management

Lecture 39 0701. Advanced options in mate reference

Lecture 40 0702. Replace mate entities

Lecture 41 0703. Copy with mates

Lecture 42 0704. Component preview window

Lecture 43 0705. Apply mate to positioning part only

Lecture 44 0706. Create Mate controller

Lecture 45 0707. Advanced options in mate controller

Lecture 46 0708. Create configuration using mate controller

Lecture 47 0709. Driven mate dimension and over defined mate

Lecture 48 0710. Hide face during mate creation

Lecture 49 0711. Organize mates using group folders

Section 8: 08. Assembly configuration

Lecture 50 0801. Overview of assembly level configuration

Lecture 51 0802. Power of Control

Lecture 52 0803. Advance option in configuration properties

Lecture 53 0804. Parent-child option in configuration properties

Lecture 54 0805. Create configuration using design table

Lecture 55 0806. Create configuration using design table 2

Lecture 56 0807. Create speedpak

Section 9: 09. Subassembly

Lecture 57 0901. Create subassembly from pattern

Lecture 58 0902. Reorder subassembly and component

Lecture 59 0903. Synchronize movement of flexible subassembly components

Lecture 60 0904. Save subassembly as a virtual or external file

Section 10: 10. Assembly management

Lecture 61 1001. Copy component with mate

Lecture 62 1002. Convert multibody part file from assembly file

Lecture 63 1003. Delete unused feature and reference

Lecture 64 1004. Advanced options in insert component tool

Lecture 65 1005. Make component as an envelope

Lecture 66 1006. Rename component name from FeatureManager Design Tree

Lecture 67 1007. Preserve geometry references option

Lecture 68 1008. Save assembly as a part file

Lecture 69 1009. Create a Bounding Box

Section 11: 11. Other important topics

Lecture 70 1101. Create Smart Component

Lecture 71 1102. Apply smart component to another assembly

Lecture 72 1103. Regular step exploded view

Lecture 73 1104. Radial step exploded view

Lecture 74 1105. Multi exploded view per config

Lecture 75 1106. Interference detection tool

Lecture 76 1107. Advanced feature of interference detection tool

Lecture 77 1108. Handle large assembly

Lecture 78 1109. Check collision detection between components

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