Cheap OEM discount low cost tutorial training video by Solidprofessor for Solidworks download
SolidProfessor for SolidWorks 2012: 3D Skills
SolidProfessor for SolidWorks 2012: AutoCAD to SolidWorks
SolidProfessor for SolidWorks 2012: Drawings
SolidProfessor for SolidWorks 2012: SimulationXpress
SolidProfessor for SolidWorks 2012: Update Training
SolidProfessor for SolidWorks 2011: 3D Skills
SolidProfessor for SolidWorks 2011: Advanced Assemblies
SolidProfessor for SolidWorks 2011: Advanced Parts
SolidProfessor for SolidWorks 2011: AutoCAD to SolidWorks
SolidProfessor for SolidWorks 2011: Core Concepts
SolidProfessor for SolidWorks 2011: Drawings
SolidProfessor for SolidWorks 2011: DriveWorksXpress
SolidProfessor for SolidWorks 2011: File Management
SolidProfessor for SolidWorks 2011: Flow Simulation
SolidProfessor for SolidWorks 2011: Intro to eDrawings
SolidProfessor for SolidWorks 2011: Mold Tools
SolidProfessor for SolidWorks 2011: Sheet Metal
SolidProfessor for SolidWorks 2011: SimulationXpress
SolidProfessor for SolidWorks 2011: SolidWorks Certification
SolidProfessor for SolidWorks 2011: SolidWorks Routing
SolidProfessor for SolidWorks 2011: SolidWorks Simulation
SolidProfessor for SolidWorks 2011: SolidWorks Workgroup PDM
SolidProfessor for SolidWorks 2011: Surfacing Essentials
SolidProfessor for SolidWorks 2011: TolAnalyst
SolidProfessor for SolidWorks 2011: Toolbox and Design Library
SolidProfessor for SolidWorks 2011: Update Training
SolidProfessor for SolidWorks 2011: Weldments
SolidProfessor for SolidWorks 2011: CAMWorksMill
SolidProfessor for SolidWorks 2011: CAMWorksTurn
SolidProfessor for SolidWorks 2011: Case Studies - Advanced Parts
SolidProfessor for SolidWorks 2011: Case Studies - Advanced Surfacing Models
SolidProfessor for SolidWorks 2011: Case Studies - Basic Mechanisms
SolidProfessor for SolidWorks 2011: Case Studies - Parts And Assemblies
SolidProfessor for SolidWorks 2010: 3D Skills
SolidProfessor for SolidWorks 2010: Advanced Assemblies
SolidProfessor for SolidWorks 2010: Advanced Parts
SolidProfessor for SolidWorks 2010: Advanced Surfacing
SolidProfessor for SolidWorks 2010: AutoCAD to SolidWorks
SolidProfessor for SolidWorks 2010: Core Concepts
SolidProfessor for SolidWorks 2010: Drawings
SolidProfessor for SolidWorks 2010: DriveWorksXpress
SolidProfessor for SolidWorks 2010: PhotoWorks Essentials
SolidProfessor for SolidWorks 2010: Sheet Metal
SolidProfessor for SolidWorks 2010: SimulationXpress
SolidProfessor for SolidWorks 2010: SolidWorks Certification
SolidProfessor for SolidWorks 2010: SolidWorks Routing
SolidProfessor for SolidWorks 2010: SolidWorks Simulation
SolidProfessor for SolidWorks 2010: SolidWorks Workgroup PDM
SolidProfessor for SolidWorks 2010: TolAnalyst
SolidProfessor for SolidWorks 2010: Update Training
SolidProfessor for SolidWorks 2009: 3D Skills
SolidProfessor for SolidWorks 2009: Advanced Assemblies
SolidProfessor for SolidWorks 2009: Advanced Parts
SolidProfessor for SolidWorks 2009: Advanced Surfacing
SolidProfessor for SolidWorks 2009: AutoCAD to SolidWorks
SolidProfessor for SolidWorks 2009: Core Concepts
SolidProfessor for SolidWorks 2009: Drawings
SolidProfessor for SolidWorks 2009: PhotoWorks Essentials
SolidProfessor for SolidWorks 2009: SheetMetal
SolidProfessor for SolidWorks 2009: SimulationXpress
SolidProfessor for SolidWorks 2009: SolidWorks Certification
SolidProfessor for SolidWorks 2009: SolidWorks Routing
SolidProfessor for SolidWorks 2009: SolidWorks Simulation
SolidProfessor for SolidWorks 2009: SolidWorks Workgroup PDM
SolidProfessor for SolidWorks 2009: TolAnalyst
SolidProfessor for SolidWorks 2009: Update Training
SolidProfessor for SolidWorks 2009: CAMWorksMill
SolidProfessor for SolidWorks 2009: CAMWorksTurn
SolidProfessor for SolidWorks 2008: Advanced Assemblies
SolidProfessor for SolidWorks 2008: Advanced Parts
SolidProfessor for SolidWorks 2008: Advanced Surfacing
SolidProfessor for SolidWorks 2008: AutoCAD to SolidWorks
SolidProfessor for SolidWorks 2008: Core Concepts
SolidProfessor for SolidWorks 2008: Drawings
SolidProfessor for SolidWorks 2008: PDMWorks Workgroup
SolidProfessor for SolidWorks 2008: PhotoWorks Essentials
SolidProfessor for SolidWorks 2008: Sheet Metal
SolidProfessor for SolidWorks 2008: SolidWorks Certification
SolidProfessor for SolidWorks 2008: SolidWorks Routing
SolidProfessor for SolidWorks 2008: Update Training
SolidProfessor for SolidWorks 2007: Advanced Assemblies
SolidProfessor for SolidWorks 2007: Advanced Parts
SolidProfessor for SolidWorks 2007: Core Concepts
SolidProfessor for SolidWorks 2007: Drawings
SolidProfessor for SolidWorks 2007: PDMWorks Workgroup
SolidProfessor for SolidWorks 2007: Sheet Metal
SolidProfessor for SolidWorks 2007: Update Training
SolidProfessor for SolidWorks 2007: CAMWorksEDM
Lesson description
SolidProfessor's 3D skills course quickly introduces users to 3D modelling using SolidWorks. In less than 2 hours, you will learn how to navigate the SolidWorks interface, create simple sketches, and turn those sketches into 3D part models. You will also learn the basics of creating assemblies from your parts, and how to generate drawings of your parts and assemblies. This course contains a selection of lessons from SolidProfessor's Core Concept course, and is ideal for anyone looking to gain a basic understanding of SolidWorks in a short amount of time.
Lesson list:
- Parts
- Course Introduction
- The Sketcher
- Lines
- Rectangles
- Circles & Arcs
- Geometric Relations
- Dimensions
- Sketches on Faces
- Convert Entities
- Extruded Boss
- Revolved Boss
- Shell
- Assemblies
- Introducing Assemblies
- Starting an Assembly
- Inserting Components
- Adding Mates
- Collision Detection
- Drawings
- Introducing Drawings
- Model View
- Section View
- Detail View
- Dimensions
- Bill of Materials
- Balloons
SolidProfessor's Advanced Surfacing course is ideal for SolidWorks users looking to create the visually appealing, ergonomic products that are in demand in today's market. Through four complex exercises written by SolidWorks expert Matt Lombard, you will learn how to use surfacing tools in tandem with solid modeling techniques to create complex geometry and free-form shapes. Covering surfacing tools such as splines, intersection curves, boundary surfaces, fills, and surface sweeps, SolidProfessor's Advanced Surfacing course provides users with a valuable skillset, and the ability to tackle a wide variety of real life surfacing challenges.
Lesson list:
- Pasta Scoop
- Overview
- Using Reference Images
- Inserting the Sketch Picture
- Splines
- Control Points
- Spline Handles
- Control Polygon
- Curvature
- Widgets and Tools
- Spline Settings
- Tracing the Side View
- Sketching the Top View
- Side View of the Parting Line
- Creating the Parting Line Curve
- The Outer Surface
- Separating the Handle
- First Set of Prongs
- Remaining Prongs and Holes
- Thickening the Bowl
- Adding Fillets
- Handle Profile Shape
- Handle-top Shape
- Handle Top Surface
- Mirror and Repair
- Completing the Scoop
- Light Bulb
- Overview
- Bulb Base
- Fluorescent Tube
- Connecting the Tube
- Completing the Tube
- Base Threads
- Detergent Bottle
- Overview
- Developing a Strategy
- Creating the Front Surface
- Making the Label Surfaces
- Making the Back Surface
- Trimming the Surfaces
- Making the Handle
- Blending the Front and Back Faces
- Preparing the Handle Top
- Blending the Handle Top
- Blending the Handle Bottom
- Bottle Neck and Bottom
- Making the Surface Model into a Solid
- Adding the Spout and Fillets
- Creating the Label Inset
- Adding the Dome
- Applying a Multi-thickness Shell
- Remaining Fillets and Thread
- Calculating the Volume
- Candle Holder
- Overview
- Revolving the Base
- Planning the Handle
- Sweeping the Handle
- Handle Transition as Solid
- Handle Transition as Surface
- Finger Loop
- Thumb Rest Setup
- Completing the Thumb Rest
- Leaf Free Form Shape
- Leaf Details
- Leaf Pattern
- Wrapped Ivy Setup
- Wrapping the Ivy
- Filleting and Patterning the Ivy
- Decorative Bead Pattern
- Scroll on Legs
SolidProfessor's AutoCAD to SolidWorks course is designed for users looking to smoothly transition from a 2D to 3D design environment. This course demonstrates how to import your existing 2D data, such as DXF or DWG files, into SolidWorks and leverage that data to create 3D models and 2D drawings. On top of that, this course also teaches a variety of 3D modeling techniques, giving users the skills to create brand new Parts, Assemblies, and Drawings from scratch using SolidWorks. Written by certified SolidWorks instructors, this course is designed to have AutoCAD users navigating the SolidWorks interface with ease.
Lesson list:
- AutoCAD to SolidWorks Tools
- Introduction - Value of 2D Data
- What is SolidWorks?
- What is DraftSight?
- Import Options
- Import to Drawing
- Embedded AutoCAD Drawing
- Import to Part
- Import to Part - Each Layer as Sketch
- Orienting and Aligning Sketches
- 3D Features
- Import to Part - 3D
- Blocks and Mechanisms
- SolidWorks Parts
- The Sketcher
- Lines
- Rectangles
- Circles & Arcs
- Geometric Relations
- Dimensions
- Sketches on Faces
- Convert Entities
- Extruded Boss
- Revolved Boss
- Shell
- SolidWorks Assemblies
- Introducing Assemblies
- Starting an Assembly
- Inserting Components
- Adding Mates
- Collision Detection
- SolidWorks Drawings
- Introducing Drawings
- Model View
- Section View
- Detail View
- Dimensions
- Bill of Materials
- Balloons
SolidProfessor's CAMWorks Mill Fundamentals course provides users with a comprehensive introduction to using the CAMWorks add-in for SolidWorks. This course walks you through the entire CAM process, starting with a 3D model, and ending with outputing G-code for your CNC machine. You will be able to define stock and machinable features, create toolpaths, and even simulate the operation of your machine, leaving a preview of your machined model. From there you will be able to make adjustments to the cutting paramters and operations, and then automatically output G-code. This course even shows you how to customize the Technology Database in CAMWorks to include all the various machines and tools in your facility.
Lesson list:
- Introduction
- CAMWorks Interface
- Process Overview
- 2.5 Axis Milling
- Intro to 2.5 Axis Milling
- Defining the Machine
- Defining the Stock - Bounding Box
- Defining the Stock - Sketch
- Defining the Stock from STL
- Defining Features Automatically
- Defining Features Interactively
- Generate Operation Plan
- Program Zero
- Generating Toolpaths
- Simulate Toolpaths
- Reordering Operations
- Operation Parameters- Tool Adjustments
- Operation Parameters- Feeds and Speeds
- Adjusting Operations - Roughing Options A
- Roughing Options B
- VoluMill
- Adjusting Operations - NC Parameters
- Feature Options
- Optimizing Toolpaths
- Contour Operations
- Creating Setup Sheets
- Post Processing Toolpaths
- Inserting Additional Operations
- Sorting Operations
- Combining & Linking Operations
- Inserting Avoid Areas
- Inserting Contains
- Part Exercise IA
- Part Exercise IB
- Part Exercise IC
- 2.5 Axis Features
- 2.5 Axis Features
- Machinable Features
- Face Feature
- Pockets I
- Pockets II
- Pockets III
- Bosses
- Part Perimeters
- Open Profiles
- Slots
- Holes
- Linear Pattern Feature
- Circular Pattern Feature
- Engraving
- Customizing CAMWorks
- Introduction
- Adding Machines
- User Defined Strategies - A
- User Defined Strategies - B
- Adding Tools
- Setting Up ToolCribs
- Linking the Database
- Restoring the Database
- CAMWorks Options
Similar to the CAMWorks Mill Course, SoildProfessor's CAMWorks Turning course walks you step by step through the entire process of generating G-code for a lathe using the CAMWorks Add-in. Users will be able to set the stock size, define the machinable features, create, simulate, and adjust toolpaths, and automatically output G-code.
Lesson list:
- Introduction
- CAMWorks Interface
- Process Overview
- Turning
- Introduction
- Defining the Machine
- The Setup Tab
- Defining the Stock - Bar Stock
- Defining the Stock - Revolved Sketch
- Defining the Stock - WIP file and STL
- Defining Features Automatically
- Defining Features Interactively
- Generating an Operation Plan
- Generating Toolpaths
- Simulating Toolpaths
- Tool Adjustments
- Roughing Options
- Finishing Options
- Rough Grooving Options
- Finish Grooving Options
- NC Options
- Lead In / Lead Out Optins
- Create Setup Sheets
- Post Processing
- Inserting Operations
- Setting up a Chuck
- Turning Exercise
- Part Exercise 1A
- Part Exercise 1B
- Part Exercise 1C
- Turn Features
- Face Feature
- OD Feature
- Grooves
- ID Feature
- Cutoff Feature
Similar to the CAMWorks Mill Course, SoildProfessor's Wire EDM course walks you step by step through the entire process of generating G-code for an EDM machine using the CAMWorks Add-in. Users will be able to set the stock size, define EDM features, create, simulate, and adjust toolpaths, and automatically output G-code.
Lesson list:
- Introduction
- CAMWorks Interface
- Process Overview
- Wire EDM
- Introduction
- Define the Machine
- EDM Settings
- Cutting Conditions
- Define the Stock - Bounding Box
- Define the Stock - Sketch
- Automatic Features
- Interactive Features
- Generate Operations
- Program Zero
- Generate Toolpaths
- Simulate Toolpaths
- 2 Axis Contour Options
- Post Processing
- Inserting Operations
- 4 Axis Contours
- Part Exercise IA
- Part Exercise IB
- EDM Features
- Introduction
- Die Features
- Punch Features
- Open Profiles
Many parts and assemblies you design everyday are frequently just repeats of another similar part, often following the same engineering rules. Configurations generally do a good job for some items, but if you want a wider range of control and flexibility, DriveWorksXpress is the way to go. This course teaches you how to automate the design of a part with DriveWorksXpress. You will learn how to set up design rules that control parameters of the model, and generate new SolidWorks Part and Drawing files automatically.
Lesson list:
DriveWorksXpress
- Introduction
- Starting DriveWorksXpress
- Capturing SolidWorks Data
- Creating the Input Form
- Creating Rules - Dimensions
- Creating Rules - Features & Properties
- Creating New Variants
SolidProfessor's SolidWorks Flow Simulation course teaches you the fundamentals of using Flow Simulation to analyze fluid flow and heat transfer effects within your parts and assemblies before manufacturing. You'll be able to test your SolidWorks models and predict how various flow conditions might impact your designs. You'll learn to optimize your designs and prevent costly design errors prior to having any prototypes manufactured.
The Simulation course covers begins with a brief review of the basic principles of Computational Fluid Dynamics, and continues on to cover everything from simple flow through a pipe, fans, porous media, humidity effects, particle injection into a uniform flow, transient heat transfer, and external analyses, including supersonic flow around a rocket model. You'll also see how to take Flow Simulation results and import them into SolidWorks simulation as loads for a static analysis, as well as how to optimize critical dimensions to meet specified design requirements for various flow conditions. Using easy to follow, step-by-step lessons, you'll learn how to use and apply all the tools you need to begin analyzing your own designs right away.
Lesson list:
- Course Introduction
- Introduction to SolidWorks Flow Simulation
- Theoretical Background
- Terminology
- Basics of CFD
- Model Preparation
- Model Prparation Introduction
- Create Lids
- Manually Creating Lids - Part
- Manually Creating Lids - Assembly
- Check Geometry
- The Engineering Database
- Creating a Simple Flow Study - Fluid in a Pipe
- Create a Flow Study Using the Wizard
- Applying Boundary Conditions
- Engineering Goals
- Equation Goals
- Running the Analysis and Viewing Goal Plots
- Analyzing Results - Cut Plot
- Analyzing Results - Flow Trajectories and XY Plots
- Analyzing Results - Surface Parameters
- Meshing and Thin Wall Optimization
- Meshing Overview
- What is an Initial Mesh?
- Thin Walls and Minimum Gap Size
- Optimize Thin Walls Resolution
- Advanced Meshing Techniques
- Particle Trajectory
- Particle Trajectories Introduction
- Setting Up a Uniform Flow Study
- Applying Boundary Conditions
- Examining the Uniform Flow
- Creating a Particle Study
- Examining Results and Editing the Study
- Fans and Rotating Reference Frames
- Fans and Rotating Reference Frames Introduction
- Creating an Enclosure
- Creating the Study
- Adjusting the Mesh
- Defining a Rotating Region
- Creating a Local Mesh
- Boundary Conditions and Goals
- Calculation Control Options and Running the Analysis
- Analyzing Results
- Relative Humidity
- Relative Humidity Introduction
- Setting Up the Analysis
- Default Boundary Conditions
- Adding the Heat Source
- Inserting Goals and Running the Study
- Analyzing Results - Cut Plot
- Analyzing Results - Flow Trajectories
- Porous Media
- Porous Media Introduction
- Setting Up the Study
- Applying Boundary Conditions
- Inserting the Porous Region and Running the Analysis
- Examining Results
- External Flow Around a Sphere
- External Analysis Introduction
- Create the Study
- Initial and Ambient Conditions
- Computational Domain
- Engineering Goals
- Analyzing Results - Re = 1
- Expanding the Computational Domain
- 2D Analysis - Re = .01
- 2D Analysis - Re = 1000
- Animating the Cut Plot
- Supersonic Flow
- Supersonic Flow Introduction
- Problem Description
- Setting Up Automatic Mesh Refinement
- Engineering Goals
- Running the Study
- Analyzing Results
- FEA Load Transfer
- FEA Load Transfer Problem
- Setting Up the Study
- Computational Domain and Goals
- Viewing Results
- Tranferring Results to Simulation
- Applying Fixtures in Simulation and Analyzing Results
- Parametric Optimization
- Parametric Optimization Introduction
- Analyzing Results
- Transient Heat Transfer
- Transient Heat Transfer Introduction
- Setting Up the Study
- Applying Boundary Conditions
- Defining Heat Sources
- Defining Materials and Running the Study
- Examining Results
- Conjugate Heat Exchange
- Heat Exchange Introduction
- Setting Up the Study
- Applying Boundary Conditions
- Defining Multiple Fluids
- Adding Engineering Goals
- Running the Study
- Analyzing Results
SolidProfessor's Photoworks Essentials course guides you through the process of creating photorealistic renderings of your parts and assemblies. You'll be able to produce presentation quality images with custom backgrounds, lighting, textures, decals, and scenes. With SolidProfessor's PhotoWorks essentials course, you'll have the tools you need to effectively present your designs in even the most competetive markets.
Lesson list:
- Getting Started
- Introduction
- Activating Photoworks
- Interface
- Render Wizard
- Appearance Editor
- Scene Editor
- Preview Window
- Rendering
- Appearances
- Introduction
- Appearances Part I
- Appearances Part II
- Copy and Paste Options
- Textural Appearances
- Advanced Mapping Options
- Surface Properties
- Appearance Illumination
- Decals
- Introduction
- Decal Editor
- Creating Decals
- Applying Decals
- Mapping Decals
- Decal Illumination
- Masking
- Scenes
- Introduction
- Scene Manager
- Rooms
- Background
- Adding Depth
- Environment
- Lighting Control
- Introduction
- SolidWorks vs. PhotoWorks
- Ambient Light
- Directional Light Part I
- Directional Light Part II
- Point Light
- Spot Light
- Caustic Lighting
- Lighting Scheme
- Rendered Output
- Introduction
- Anti-Aliasing
- Printing
- Render to File
- PhotoView 360
- PhotoView 360
- Environments and Camera Settings
- Applying Appearances
- Orienting the Model
- Rendering the Image
- Standard and Saved Views
- Bloom
- Depth of Field Example - Part I
- Depth of Field Example - Part II
- Gallery
Are you interested in designing sheet metal parts using SolidWorks? SolidProfessor's Sheet Metal course shows you all the tools you need to design high quality, manufacturable sheet metal components from scratch. We'll also show you how to convert standard 3D solid models into sheet metal. You'll learn how to adjust the bends and cuts, and even view the flattened pattern for the part. This comprehensive course covers everything from corner treatments to creating custom forming tools. With SolidProfessor's Sheet Metal course, you'll be an expert in designing sheet metal components in no time.
Lesson list:
2011 Sheet Metal
- Introduction
- Base Flange - Part A
- Base Flange - Part B
- Bend Allowance
- Bend Tables
- Flat Pattern Options
- Corner Trim
- Edge Flange - Part A
- Edge Flange - Part B
- Edge Flange - Part C
- Miter Flange
- Tab
- Sheet Metal Cuts
- Cuts Across Bends
- Closed Corner
- Break Corner
- Sketched Bend
- Jog
- Hem
- Design Library Cuts
- Forming Tools
- Forming Tools vs Derived Parts
- Modifying Forming Tools
- Creating New Forming Tools
- Convert to Sheet Metal
- Rip Feature
- Insert Bends
- Cones and Cylinders
- Lofted Bends
- Sheet Metal Drawings
- Cross Breaks
- Export to DXF or DWG
- Multibody Sheet Metal Parts
SolidProfessor's Certification Prep course gives you the tools you need to pass the CSWA/CSWP examinations. This course familiarizes you with the structure and style of the exam, and walks you through sample exercises covering every aspect of the test- from part design to simulation. A practice test is included along with sample test examples to make sure you're ready to ace the exam.
Lesson list:
- SolidWorks Certification
- Why Get Certified?
- Preparing for the Exam
- What is the CSWA?
- What is the CSWP?
- Other Certifications
- SolidWorks Versions
- Purchasing and Setting up the Exam
- When You Pass the Exam
- Test Taking Strategy
- Modeling Question Preview
- Part Model with Equations
- Where to Begin
- The Central Cylinder
- The Top Fork
- The Lower Fork
- Adding Fillets
- Answering the Question
- Updating the Geometry
- Advanced Part Model
- Problem Overview
- Developing a Strategy
- Where to Begin
- The Cylinder and Cone
- The Rectangular Flange
- The First Screw Lug
- The Screw Lug Pattern
- The Base Plate
- The Rib Structure
- The Foot Pads
- The Top Boss
- The Tapped Holes
- Adding Fillets
- Answering the Question
- Configurations & Part Modification
- Configurations Intro
- Configurations Question
- Adding and Modifying Configurations
- Part Modification Question
- Part Modification Exercise
- CSWA Assembly Model
- Problem Overview
- Modeling the Parts
- Mating the First Part
- Using SmartMates
- Mating the Remaining Components
- Answering the Question
- CSWP Assembly Model
- Problem Overview
- Modeling the First Component
- Starting the Assembly
- Making Changes to the Model
- In-context Considerations
- Modeling the Slider
- Mating the First Slider
- Slider In-context Relations
- Adding the Second Slider
- Making a Change to the Assembly
- Modeling the Rotor Component
- Rotor In-context Relation 1
- Rotor In-context Relations 2
- Rotor In-context Relations 3
- Testing In-context Relations
- Further Testing of In-context Relations
- Simulate Motion
- Other Possible Assembly Question Types
- Final Comments
- CSWA Multiple Choice Questions
- Multiple Choice Section Overview
- Model View
- Projected View
- Auxiliary View
- Section View
- Partial Section
- Aligned Section
- Broken Out Section
- Detail View
- Relative to Model
- Standard 3 View
- Break View
- Cropped View
- Alternate Position View
- Empty View
- Predefined View
- Conclusion
SolidProfessor's Routing course teaches you how to create electrical, piping, cable, and other routed systems in your assemblies. Complex systems can be quickly created using components from the Routing Library, and there are many tools to help automate the process. This course even shows you how to create your own custom routing components to add to the library. On top of that, you'll learn how to fully document your routes in 2D drawings with all the critical information, including comprehensive Bills of Materials, Harness Reports, Wiring Summaries, and more.
Lesson list:
- Routing Basics
- Routing Introduction
- Routing Overview
- Routing Components
- Start a Route by Drag and Drop
- End a Route by Drag and Drop
- Start a Route at a Point
- Start a Route from Existing Components
- Adding Components to Routes
- C-Points
- Routing Settings
- Tube Routes
- Introduction to Tubing
- Basic Tube Route
- Auto Route
- Repair Route
- Editing Tube Routes
- Editing Tube Diameter
- Piping Routes
- Introduction to Piping
- Basic Pipe Route
- Alternate Elbows
- Adding Fittings
- Editing Pipe Routes
- Pipe Penetration
- Pipe Reducers
- Pipe Coverings
- P&ID data and import
- Exporting Route Data
- Electrical Routes
- Electrical Overview
- Using Standard Cables
- Creating Standard Cables
- Creating Custom Cables
- Defining Wires
- Other Methods of Creating Routes
- Start and Add to Route
- Clips Overview
- Inserting Clips
- Routing through Clips
- Editing Route with Clips
- Rotate Clips
- Virtual Clips
- Create Route from Electrical Data
- Component Library
- Cable/Wire Library
- From/To Lists and Guidelines
- Component Reference Designators
- Electrical Conduits
- Introduction to Conduits
- Creating a Conduit Route
- Electrical Conduit Data
- Flexible Electrical Conduit
- Creating Route Components
- Route Components
- Creating C-Points
- Creating R-Points
- The Design Library
- Routing Library Manager
- The Component Wizard
- Custom Pipe/Tube - Setup
- Custom Pipe/Tube - Design Tables
- Custom Elbows - Setup
- Custom Elbows - Design Tables
- Drawings
- Drawings Intro
- Tubing Drawings
- Piping Drawings
- Electrical - Drawings
- Electrical - Rerouting Drawings
- Electrical - Tables
- Additional BOM Information
- Coverings
- Miscellaneous Parts
- Electrical Conduit
SolidProfessor's SolidWorks Simulation course teaches you the fundamentals of using the Simulation design validation software to analyze your parts and assemblies before manufacturing. You'll be able to test your SolidWorks models and predict how they will behave under various loads and conditions. You'll learn to optimize your designs and prevent costly design errors prior to having any prototypes manufactured. The Simulation course covers everything from static analysis of a part, to beam analysis, temperature loading, and shrink fitting. Using easy to follow, step-by-step lessons, you'll learn how to use and apply all the tools you need to begin analyzing your own designs right away.
Lesson list:
- Introduction
- Welcome
- Design Validation
- Assumptions
- Static Analysis of a Part
- Overview
- Activating Simulation
- Analysis Setup
- Creating a Study
- Operating Environment: Fixtures
- Operating Environment: External Loads
- Processing
- Results: Overview
- Results: Stress Plot
- Results: Adding Plots
- Results: Section Clipping
- Results: Iso Clipping
- Results: Displacement
- Results: Factor of Safety
- Results: Factor of Safety Plot
- Results: Summary
- Meshing
- Meshing Overview
- Solid vs. Shell Mesh
- Sheet Metal Analysis (Using Shell Mesh)
- Meshing Options
- Mid-Surfaces & Shell Alignment
- Using Multiple Studies
- Shell Analysis Results
- Mixed Shell Solid Mesh
- Simplifying Geometry
- Mesh Refinement
- Meshing Tips
- Beam Analysis
- Weldment Analysis Setup
- Weldment Analysis Results
- Truss Analysis
- Static Analysis of an Assembly
- Analysis of an Assembly Overview
- Assembly Analysis Setup
- Creating Contact Conditions
- Refining Contact Conditions
- Processing and Results
- Shrink Fit Analysis
- Shrink Fit Overview
- Setting Up a Shrink Fit Study
- Shrink Fit Results
- Large Displacement Analysis
- Large Displacement Overview
- Large Displacement Setup
- Large Displacement Results
- Using Connectors
- Connectors Overview
- Rigid Connector
- Pin Connector
- Link Connector
- Spring Connector
- Bolt Connector
- Spot Weld
- Using Design Scenarios
- Design Scenarios Overview
- Setup and Parameters
- Defining Design Scenarios
- Design Scenario Results
- Adaptive Methods
- Adaptive Methods Overview
- Standard Adaptive Method
- The H-Adaptive Method
- The P-Adaptive Method
- Temperature Load
- Temperature Load Overview
- Temperature Load
- Soft Spring and Inertial Relief
- Personalization Options
- System Options
- Units and Symbol Display
- Mesh Options
- Results Options
- Plot Options
- External Loads : A Reference
- Pressure
- Force
- Gravity
- Centrifugal Load
- Remote Load
- Bearing Load
- Fixtures: A Reference
- Fixed Geometry
- Roller/Sliding
- Hinge
- Symmetry
- Use Reference Geometry
- On Flat Face
- On Cylindrical Face
- On Spherical Face
- Bearing Fixture
- User Libraries
- Material Libraries
- Analysis Libraries
- Using Library Items
File management is one of the main challenges when working in a collaborative design environment. Nowadays, many companies use data management software such as SolidWorks Workgroup PDM to address this challenge. SolidProfessor's Workgroup PDM course teaches you everything you need to know to effectively contibute in a Workgroup PDM environment. This course covers all the client functions in depth, from document ownership, to revision management, and includes many tips dealing with common scenarios that a client user may encounter. The course also offers a brief, limited introduction to vault administration. If your company already uses Workgroup PDM, or if you want to be prepared to design for a company that does, SolidProfessor's Workgroup PDM course has you covered.
Lesson List:
- PDM Overview
- SolidWorks PDM Intro
- SolidWorks PDM Interface
- Managing Parts
- Introduction
- Checking In a New Part - I
- Checking In a New Part - II
- Check In Tips
- Displaying Labels
- Releasing Ownership
- Open/Check Out
- Making Revisions
- Exercise I
- Document Information
- Opening Previous Revisions
- Basic Search Functionality
- Advanced Search Functionality
- Managing Assemblies
- Introduction
- Assembly Structure
- Checking In a New Assembly
- Making Revisions - Overview
- Making Revisions - Part I
- Making Revisions - Part II
- As Built vs. Latest
- Toolbox - Overview
- Toolbox - Without Revision Control
- Toolbox - With Revision Control
- Collaborative Environments
- Managing Drawings
- Introduction
- Check In Part with Drawing
- Adding a Drawing to a Part
- Assembly Drawing Changes
- Managing Other Filetypes
- SolidWorks Explorer
- Non-SolidWorks Files
- Non-Revision Controlled Files
- Adding Attachments
- Lifecycles
- Basic Vault Admin for Clients
- Introduction
- Changing a Project
- Creating Sub-Projects
- Overwriting a Revision
- Bumping Revisions
- Renaming Files
- Deleting Files or Revisions
- Appendix
- Colors and Icons
- SolidWorks PDM Options
Many designers are familiar with the use of Geometric Dimensioning and Tolerancing (GD & T) in 2D drawings. With the emergence of 3D models, GD&T has been adapted to the 3D environment in SolidWorks. With SolidProfessor's TolAnalyst course, you'll learn how to use DimXpert in SolidWorks to fully define parts and assemblies with geometric dimensions and tolerances. You'll also learn how to identify tolerances that are contributing to stack-ups by using TolAnalyst to perform a stackup analysis on assemblies. That way, you can make intelligent adjustments to your designs, and reduce manufacturing cost while ensuring design intent is met.
Lesson list:
- Course Introduction
- DimXpert
- DimXpert Overview
- Auto Dimension Scheme
- Datums
- Size Dimensions
- Location Dimensions
- Geometric Tolerances
- Tolerance Status
- DimXpert Options
- Using DimXpert Information in Drawings
- Pattern Feature
- DimXpert Exercise - Part I
- DimXpert Exercise - Part II
- TolAnalyst
- TolAnalyst Overview
- Establishing the Measurement
- Assembly Sequence
- Assembly Constraints
- Analyzing the Results
- Fixed/Floating Fasteners
- TolAnalyst Exercise
Make sure you get the most out of your SolidWorks upgrade with SolidProfessor's Update Training Courses. Update Training provides comprehensive lessons covering all the new features in detail, so that you'll be able to take advantage of the new functionality in no time at all. Each year, our Development team spends weeks testing the new tools and features, so that you can learn it in just a couple of hours. Maximize your SolidWorks upgrade with Update Training today!
Lesson list:
- Fundamentals
- Interface
- Visualization and Appearances
- Blank Custom Propeties and Templates
- Import and Export Options
- Sustainability
- Sketching
- Sketch Rotation
- Dimensions
- Over Defined Sketch
- Sketch Patterns
- Parts & Features
- Feature Freeze
- Multibody Exploded Views
- Equations
- Hole Wizard
- Reference Planes
- Costing
- Assemblies
- Large Design Review
- Snapshots
- Missing References
- Hiding and Showing Components
- Sub-Assemblies
- Smart Mates
- Mate References
- Smart Fasteners
- Toolbox Enhancements
- Drawings and Detailing
- Highlighting Changes
- Exploded Views
- Bill of Materials
- Balloons
- Stacked Balloons
- Center Marks
- View Labels
- Sheet Metal
- Edge Flanges
- Swept Flanges
- Cuts Across Bends
- Forming Tools
- Flat Patterns
- Punch Tables
- Bend Tables in Drawings
- Routing
- Spools
- Splices
- Dimensioning from Flanges
- Simulation
- Beams
- Shells
- Design Study Introduction
- Design Study - Defining the Study
- Design Study - Constraints and Goals
- Design Study - Results
- Flow
- General Flow Enhancements
- Thermal Joints
- Tracer Studies
- Results Enhancements
Cheap OEM discount low cost tutorial training video by Inspirtech for Solidworks download
$30 
At Inspirtech we understand that learning a new software package can be an overwhelming task. Often times, it is difficult to even know where to begin. So, we have put together a structured course that guides users through the learning process. Inspirtech sets itself apart from the competition with a unique and highly effective holistic approach to teaching. Lessons are filled with engaging examples and exercises that are just enough to inspire confidence, yet not too much to confuse and frustrate the learner. Upon completion of the course, learners will be prepared to challenge the CSWA exam. Training features SolidWorks intigration to give users access to all of the videos from the inside of SolidWorks Software.
Inspirtech LLC - Fundamentals of SolidWorks 2011 (2011)
$30
Cheap OEM discount low cost tutorial training video by Total Training for Solidworks download
$30
Learn all about SolidWorks 2009. In this series, lessons are filled with engaging examples and exercises that are just enough to inspire SolidWorks confidence, yet not too much to confuse and frustrate the learner. Upon completion of the course, learners will be prepared to challenge the CSWA exam.
Highlights
- Get an Introduction to Parametric Solid Modeling
- Find out all about Hole Wizards & Sketch Patterns
- Learn about Concentric Mates & Physical Dynamics
- Learn about Offsets, Convert Entities & Fillets
Total Training - SolidWorks 2009: Fundamentals (2009)
$30
|
