SolidWorks Solid, Sheet metal and Weldments modeling

SolidWorks Solid, Sheet metal and Weldments modeling, available at $39.99, has an average rating of 4.75, with 104 lectures, based on 227 reviews, and has 4331 subscribers.

You will learn about SolidWorks 2D Sketching SolidWorks Solid Modeling SolidWorks Sheet Metal Modeling SolidWorks Structral Steel Modeling (SolidWorks Weldments) This course is ideal for individuals who are Mechanical Engineers or Anybody interested in 3D modeling It is particularly useful for Mechanical Engineers or Anybody interested in 3D modeling.

Enroll now: SolidWorks Solid, Sheet metal and Weldments modeling

Summary

Title: SolidWorks Solid, Sheet metal and Weldments modeling

Price: $39.99

Average Rating: 4.75

Number of Lectures: 104

Number of Published Lectures: 104

Number of Curriculum Items: 104

Number of Published Curriculum Objects: 104

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

SolidWorks 2D Sketching

SolidWorks Solid Modeling

SolidWorks Sheet Metal Modeling

SolidWorks Structral Steel Modeling (SolidWorks Weldments)

Who Should Attend

Mechanical Engineers

Anybody interested in 3D modeling

Target Audiences

Mechanical Engineers

Anybody interested in 3D modeling

Most of the features in SolidWorks are called” sketch-based features”, that is why in this course, we have extra attention to 2D sketching. Then the attention is directed to three main topics, the first one is to learn SolidWorks features, the second one is to have practice so you can use these features and the third one is to have real life examples on using these features. By completing this course your level in modeling will be intermediate. Three types of modeling are covered:

1- Solid modeling. Here you will be able to create 3D models using SolidWorks solid modeling features which is the main technique in creating 3D models in general.

2-Sheet metal modeling. Since Sheetmetal design is a basic element is metal fabrication and it is widely used in manufacturing, this course focuses on teaching the theory and techniques in order to be able to create models using Sheet Metal features.

3-Structural steel modeling (SolidWorks Weldments). Since Structural steel modeling is a basic element is metal fabrication and it is widely used in manufacturing, this course focuses on teaching the theory and techniques in order to be able to create models using Structural steel modeling.

In my opinion, the topics covered in this course must be known by mechanical engineers.

Course Curriculum

Chapter 1: Introduction

Lecture 1: 1 Launching SW and touring the interface

Lecture 2: 2 The 3D logic and starting a sketch

Chapter 2: Sketch tools

Lecture 1: 3 Sketch tools Lines

Lecture 2: 4 sketch tools rectangles

Lecture 3: 5 sketch tools circles

Lecture 4: 6 sketch tools slots

Lecture 5: 7 sketch tools Arcs

Lecture 6: 8 sketch tools Polygons

Lecture 7: 9 Sketch tools Ellipse

Chapter 3: Sketch editing tools

Lecture 1: 10 dimensioning

Lecture 2: 11 Fillet and chamfer

Lecture 3: 12 Offset

Lecture 4: 13 Mirror and Patterns

Lecture 5: 14 Power trim and extend

Lecture 6: 15 Constraints and DOFS

Lecture 7: 16 mechanism simulation 1

Lecture 8: 17 mechanism simulation 2

Chapter 4: Sketch Practice

Lecture 1: 18 Sketch Exercise 1

Lecture 2: 19 Sketch Exercise 2

Lecture 3: 20 Sketch Exercise 3

Lecture 4: 21 Sketch Exercise 4

Lecture 5: 22 Sketch Exercise 5

Lecture 6: 23 Sketch Exercise 6

Lecture 7: 24 Sketch Exercise 7

Lecture 8: 25 Sketch Exercise 8

Lecture 9: 26 Sketch Exercise 9

Lecture 10: 27 Sketch Exercise 10

Lecture 11: 28 Sketch Exercise 11

Lecture 12: 29 Sketch Exercise 12

Chapter 5: Other Sketch tools

Lecture 1: 30 Sketch Blocks

Lecture 2: 31 Blocks and kinematics

Lecture 3: 32 Kinematics Practice

Lecture 4: 33 Auto Trace

Lecture 5: 34 Over Defined Sketches

Chapter 6: Solid Modeling Features

Lecture 1: 35 extrude 1

Lecture 2: 36 extrude 2

Lecture 3: 37 Extrude Practice 1

Lecture 4: 38 Extrude Practice 2

Lecture 5: 39 Extrude Practice 3

Lecture 6: 40 Extrude Practice 4

Lecture 7: 41 Extrude Practice 5

Lecture 8: 42 Revolve

Lecture 9: 43 Revolve Exercise 1

Lecture 10: 44 Revolve Exercise 2

Lecture 11: 45 swept boss cut

Lecture 12: 46 Swept Boss Exercise 1

Lecture 13: 47 Swept Boss Exercise 2

Lecture 14: 48 Creating Planes

Lecture 15: 49 Loft

Lecture 16: 50 Loft 2

Lecture 17: 51 spline

Lecture 18: 52 Bottle Exercise

Lecture 19: 53 Reducer Exercise

Chapter 7: Solid modeling editing feature

Lecture 1: 54 Chamfer and Fillet

Lecture 2: 55 rib

Lecture 3: 56 shell

Lecture 4: 57 draft

Lecture 5: 58 Wrap

Lecture 6: 59 Rib Exercise

Lecture 7: 60 Spline Loft Exercise

Chapter 8: 3D Sketch

Lecture 1: 61 3D Sketch

Lecture 2: 62 3D Sketch Exercise

Chapter 9: Other Solid modeling editing features

Lecture 1: 63 Hole wizard

Lecture 2: 64 Multi Body

Lecture 3: 65 Linear and Circular Pattern

Lecture 4: 66 Other Patterns

Lecture 5: 67 Mirror

Lecture 6: 68 Bulb Shell

Lecture 7: 69 Multi Body Practice

Lecture 8: 70 Button Practice

Chapter 10: Solid Modeling Practice

Lecture 1: 71 General Practice

Lecture 2: 72 General Practice 2

Lecture 3: 73 Hook Practice

Lecture 4: 74 General Practice 3

Lecture 5: 75 Measure tool

Lecture 6: 76 Surface basics

Lecture 7: 77 Surface practice

Chapter 11: Sheet Metal Modeling

Lecture 1: 78 Sheet Metal Base and Edge Flange

Lecture 2: 79 Hem

Lecture 3: 80 Sketched Bend

Lecture 4: 81 Tab and Jog

Lecture 5: 82 Miter Flange

Lecture 6: 83 Closed Corner

Lecture 7: 84 Gusset and Flatten

Lecture 8: 85 Corner Relief

Lecture 9: 86 Fold and unfold

Lecture 10: 88 Simple Hole and Extruded cut

Lecture 11: 89 Tab and Slot

Lecture 12: 90 Forming Tool

Instructors

Mohammad Alzghoul
Mechanical Engineer

Rating Distribution

1 stars: 4 votes

2 stars: 3 votes

3 stars: 19 votes

4 stars: 79 votes

5 stars: 122 votes

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