Solidworks 2016 : Ultimate 3D/2D Modelling Course
Last updated 8/2016
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.23 GB | Duration: 10h 57m
What you'll 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.
Requirements
Software required: Solidworks standard or above than 2012 or later.
Description
Solidworks is 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 following2D Sketch Modelling3D ModellingAdvanced SurfacingDrafting and DrawingAssemblySheetmetal
Overview
Section 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
Section 2: Sketch Basic Tools
Lecture 8 01 Lines
Lecture 9 02 Rectangle
Lecture 10 03 Circles
Lecture 11 04 Arcs
Lecture 12 05 Selection Slots
Lecture 13 06 Polygon
Lecture 14 07 Text
Lecture 15 Trim and Extend
Section 3: Sketch Edit and Relations
Lecture 16 Automatick Geomaetric Relations
Lecture 17 Manual Geometric Relations
Lecture 18 Adding Smart Dimensions in sketches
Lecture 19 Fully Defined Sketches
Lecture 20 Fillet and Chamfer
Lecture 21 Move Copy Rotate Scale Features
Lecture 22 Mirror Entities in Sketches
Lecture 23 Offset Entities
Lecture 24 Convert Entity and 3D Sketches
Section 4: Basic 3D Tools
Lecture 25 Extrude Tool
Lecture 26 Revolve Feature
Lecture 27 Sweep Tool
Lecture 28 Loft Feature
Lecture 29 Datum Planes
Lecture 30 Datum Axis
Lecture 31 Cordinate System
Lecture 32 Feature Manager Design Tree
Lecture 33 Extrude Cut
Section 5: 3D Editing Feature
Lecture 34 Fillet
Lecture 35 Chamfer
Lecture 36 Mirror
Lecture 37 Ribs
Lecture 38 Shell
Lecture 39 Hole Wizard
Lecture 40 Boundry Boss
Lecture 41 Wrap and Dome
Lecture 42 Draft Tool
Section 6: Helix and Spiral
Lecture 43 Helix and Spiral
Lecture 44 Draw Curves and Projections
Lecture 45 Split LIne Surface
Lecture 46 Equation Driven Curves
Lecture 47 Circular Pattern
Lecture 48 Linear Pattern
Lecture 49 Sketch Pattern
Lecture 50 Fill Pattern
Lecture 51 Rapid sketch Feature
Section 7: Models for Practice
Lecture 52 Model 1
Lecture 53 Model 2
Lecture 54 Model 3
Lecture 55 Model 4
Lecture 56 Model 5
Lecture 57 Model 6
Lecture 58 Model 7
Lecture 59 Model 8
Lecture 60 Model Bolt 3D
Section 8: Surface Basic Tools
Lecture 61 Extruded Surface
Lecture 62 Surface Revolve
Lecture 63 Lofted Surface
Lecture 64 Boundry Surface
Lecture 65 Planar Surface
Lecture 66 Offset and Ruled Surface
Lecture 67 Filled Surface
Section 9: Surface Editing Features
Lecture 68 Trim Surface
Lecture 69 Extend Surface
Lecture 70 Fillet Surface
Lecture 71 Face Editing Tools
Lecture 72 Knit Surface
Lecture 73 Thicken Surface
Lecture 74 Convert Surfaces
Lecture 75 Model For Practice
Section 10: Assembly
Lecture 76 Introduction to Assembley
Lecture 77 Assembly Mates
Lecture 78 Coincident Mate
Lecture 79 Perpendicular Mate
Lecture 80 Perpendicular and Angle Mate
Lecture 81 Distance Mate
Lecture 82 Tangent Mate
Lecture 83 Advanced Mate
Lecture 84 Piston Head Assembly
Section 11: Drawing Basic Drafting
Lecture 85 Model Views
Lecture 86 Standard 3 Views
Lecture 87 Auxiliary Views
Lecture 88 Detailed Views
Lecture 89 Sectional Views
Lecture 90 Break View
Lecture 91 Broken and Crop Views
Section 12: Drawing Adding Dimensions and Symbols
Lecture 92 Adding Driving Dimensions
Lecture 93 Adding Driven Dimension
Lecture 94 Dimension Style
Lecture 95 Adding Notes and Symbols
Lecture 96 Centremarks and Centrelines
Lecture 97 Generate Bill of Material
Lecture 98 Adding Balloons in Drawings
Section 13: Sheet Metal Modeling
Lecture 99 Sheetmetal Base Flange
Lecture 100 Edge Flange
Lecture 101 Miter Flange
Lecture 102 Hem Flange
Lecture 103 Lofted Bend
Lecture 104 Corners
Lecture 105 Jog
Lecture 106 Fold Unfold Sketch Bend
Lecture 107 RIP
Lecture 108 Convert to Sheet Metal
Lecture 109 Insert Forming Tools
Lecture 110 Create Form Tool
Lecture 111 Vent Feature
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