• Creo Tutorials
  • Creo Parametric Tutorials
    • Beginners Tutorials
      • Introduction
      • Downloading Models for the Tutorial
      • Selecting the Working Directory
      • Exercise 1 – Modeling a Piston
        • User Interface
        • Creating a New Part
        • Creating an Extrusion
        • Removing Material
        • Creating Rounds
        • Creating Datum Features
        • Creating Sketches
        • Creating Extrusions Using the Sketches
        • Mirroring Extrudes
        • Creating Holes
        • Creating Rounds
        • Creating a Revolve
        • Creating Patterns
        • Finalizing the Piston
      • Exercise 2 – Creating Complex Parts with Patterns
        • Creating Patterns
        • Creating Chamfers
        • Creating and Patterning Holes
      • Exercise 3 – Working with Assemblies
        • Piston Assembly
        • Assembling a Solidworks Assembly
        • Crankshaft Assembly
      • Exercise 4 – Performing Motion Analysis
        • Motion Analysis
      • Exercise 5 – Creating Drawings
        • Piston Part Drawing
        • Piston Sectioned Views
        • Detailed Views
        • Annotating Drawings
        • Crankshaft Assembly Drawing
    • Multibody Tutorials
      • Basic Tutorial - Multibody
        • About the Multibody Tutorials
        • Tutorial 1: Creating a Multibody Part
        • Tutorial 2: Creating Complex Grooves in a Plastic Handle Using Patterned Geometry of a Body
        • Tutorial 3: Designing a Cooling Cavity Using a Body
        • Tutorial 4: Creating a Multimaterial Molded Housing of an Electronic Device
        • Tutorial 5: Creating a New Part by Copying Geometry of a Body
        • Tutorial 6: Modifying Crosshatchings of Bodies in a Drawing View
        • Tutorial 7: Displaying Body Information in a Repeat Region Table
  • Creo Flexible Modeling
    • Beginners Tutorials
      • Creo Flexible Modeling Description and Uses
      • Downloads for the Creo Flexible Modeling Tutorial
      • Moving Geometry
      • Working with Rounds and Chamfers
      • Maintaining Tangency
      • Working with Patterns
      • Removing Features
      • Updating Drawings
  • Creo Intelligent Fastener Tutorials
    • Beginners Tutorials
      • Introduction to Creo Intelligent Fastener Beginner Tutorial
        • Exercise 1 - Assembling Fasteners in Existing Holes
        • Exercise 2 - Assembling a Fastener Onto a Datum
        • Exercise 3 - Reassembling a Fastener Onto a Datum
        • Exercise 4 - Assembling Fasteners Using Mouse Clicks
        • Exercise 5 - Redefining Fasteners
        • Exercise 6 - Deleting Fasteners
    • Advanced Tutorials
      • Requirements for Creo Intelligent Fastener Advanced Tutorial
      • Downloads for Creo Intelligent Fastener Advanced Tutorial
      • Assembling Fasteners
        • Exercise 1 – Assembling Fasteners with Orientation
        • Exercise 2 – Assembling Fasteners on All Instances and Patterning
        • Exercise 3 – Creating Fasteners Without External References
        • Exercise 4 – Verifying Screw Connections
      • Assembling Dowel Pins
        • Exercise 5 – Assembling Dowel Pins on Points, Axes, or Holes
        • Exercise 6 – Assembling Dowel Pins by Mouse Click
      • Integrating and Customizing Parts
        • Exercise 7– Integrating Legacy Screw Fasteners into the IFX Library
        • Exercise 8 – Integrating a Single Screw Fastener into the PTC Creo Intelligent Fastener Library
        • Exercise 9 – Migrating Parts with Family Tables
        • Exercise 10 - Troubleshooting for Adding Legacy Fasteners
  • Creo Advanced Framework Extension
    • Beginners Tutorials
      • Creo Advanced Framework (AFX) Basic Tutorial
        • Introduction to Creo Advanced Framework
        • Exercise 1: Defining an AFX Project
        • Exercise 2: Assembling Profiles
          • Assembling Profiles on a Straight Curve
          • Assembling Profiles Between Two Points
          • Assembling Profiles on Bend Curves
          • Reusing Profiles
          • Patterning Profiles
        • Exercise 3: Creating Joints
          • Joining Two Profile Ends
          • Joining Profile Ends to Other Profiles
          • Joining Profile Ends to Selected Surfaces
          • Creating Profile Cutouts
        • Exercise 4: Modifying and Moving Profiles
          • Rotating and Moving Profiles
          • Modifying Profile Size
          • Modifying Profile Type
        • Exercise 5: Assembling Connector and Equipment Elements
          • Assembling a New Endplate Connector
          • Reusing an Endplate Connector
          • Modifying an Endplate Connector
          • Assembling an Equipment Plate
        • Exercise 6: Creating Bills of Material (BOMs) and Drawings
          • Creating a BOM of Components Assembled by AFX
          • Automatically Creating Profile and Plate Drawings
  • ECAD-MCAD Collaboration Tutorials
    • Setting Up for Collaboration
      • About the ECAD-MCAD Collaboration Tutorial
      • Definition of Terms
    • Comparing Designs using ECAD-MCAD Collaboration
      • ECAD-MCAD Collaboration Tutorial 1: Creating an ECAD Assembly
      • ECAD-MCAD Collaboration Tutorial 2: Importing and Viewing ECAD Context Data
      • ECAD-MCAD Collaboration Tutorial 3: Comparing Designs
  • Clearance and Creepage Extension
    • Beginners Tutorials
      • Exercise 1 —Assigning Meta Data
      • Exercise 2 — Defining Electric Nets
      • Exercise 3 — Setting Analysis Parameters
      • Exercise 4 – Reviewing Analysis Results
      • Exercise 5 — Saving Analysis Results
  • Creo Mold Machining Extension Tutorial
    • Introduction to High-Speed Mold Machining
    • Exercise 1: Creating High-Speed Milling Sequences
      • Creating High Speed Rough Sequence
      • Creating High Speed Rest Rough Sequence
      • Creating High Speed Finish Sequence
      • Creating High Speed Rest Finish Sequence
    • Exercise 2: Working with High-Speed Milling Parameters
      • Working with Rough and Rest Rough Parameters
      • Working with Finish and Rest Finish Parameters
    • Exercise 3: Creating Sequences Using Multiple Orientations
      • Creating Rough and Rest Rough Sequences Using Multiple Orientations
  • Composite Design Tutorial
    • Introduction to Composite Design Tutorial
    • Exercise 1—Initializing Composite Design
      • Create a Composite Feature
      • Prepare the User Interface
    • Exercise 2—Setting Up the Composite Design Environment
      • Add Composite Materials
      • Define the Layup Surface
      • Define a Rosette
      • Define the Drop-off Value
    • Exercise 3—Creating Plies
      • Create a Manual Ply (PLY_1)
      • Create a Core Ply (CORE_1)
      • Create a Manual Ply (PLY_2)
      • Create a Manual Ply (PLY_3)
      • Create Manual Plies (PLY_4 and PLY_5)
      • Create a Manual Ply (PLY_6)
    • Exercise 4—Creating Laminate Sections
      • Create a Laminate Section
      • Define Transition between Plies
      • Change the Drop-off of a Ply
    • Exercise 5—Resequencing and Renaming Plies
      • Change the Sequence of Plies
      • Rename the Plies
    • Exercise 6—Splicing the Plies
      • Splice a Single Ply (PLY_6)
      • Splice Multiple Plies (PLY_4 and PLY_5)
      • Remove an Unwanted Ply
    • Exercise 7—Running Draping Simulation
      • Run Draping Simulation
      • Export the Flat Pattern of Draped Plies
      • Export Plies to the Analysis Model
    • Exercise 8—Reporting Mass Properties of the Material
      • Calculate Mass Properties Parameters
      • Analyze Mass Properties Using General Creo Functionality
      • Save the Laminate Tree Information to a CSV File
    • Exercise 9—Solidifying Plies
      • Create a Solidify Plies Feature
      • Review the IML Quilt and the Solidified Body
    • Exercise 10—Creating a Ply Book Drawing
      • Create a Ply Book Drawing
      • Create a Laminate Table
  • Creo Simulate Tutorials
    • Beginners Tutorials
      • Introduction to PTC Creo Simulate Lite
        • Exercise1—Setting up a Model for Analysis
          • Exercise1—Setting up a Model for Analysis
          • Opening a Model in PTC Creo Simulate Lite
          • Assigning a Material
          • Creating Constraints
          • Creating Loads
          • Running Analyses
        • Exercise2—Reviewing Analyses Results
          • Exercise2—Reviewing Analyses Results
          • Reviewing Results
          • Creating Cutting Surfaces
          • Creating Capping Surfaces
          • Evaluating Results
        • Exercise3—Optimizing the Design
          • Exercise3—Optimizing the Design
          • Assigning a Material
          • Creating and Running a Design Study
          • Reviewing Results
          • Optimizing the Design
          • Confirming Optimized Results
  • Creo Flow Analysis Tutorials
    • Beginners Tutorials
      • Creo Flow Analysis Beginners Tutorials
        • Tutorial 1 - Power Inverter without Heat Transfer
          • Power Inverter without Heat Transfer: Overview
          • Power Inverter without Heat Transfer: Exercise 1—Extracting the Fluid Domain
          • Power Inverter without Heat Transfer: Exercise 2—Preparing the Mesh
          • Power Inverter without Heat Transfer: Exercise 3—Defining Physics Modules
          • Power Inverter without Heat Transfer: Exercise 4—Assigning Boundary Conditions
          • Power Inverter without Heat Transfer: Exercise 5—Creating a Monitoring Point
          • Power Inverter without Heat Transfer: Exercise 6—Performing the Simulation
          • Power Inverter without Heat Transfer: Exercise 7—Analyzing Results
        • Tutorial 2 - Power Inverter with Conjugate Heat Transfer
          • Power Inverter with Conjugate Heat Transfer: Overview
          • Power Inverter with Conjugate Heat Transfer: Exercise 1—Extracting the Fluid Domain
          • Power Inverter with Conjugate Heat Transfer: Exercise 2—Preparing the Mesh
          • Power Inverter with Conjugate Heat Transfer: Exercise 3—Defining Physics Modules
          • Power Inverter with Conjugate Heat Transfer: Exercise 4—Assigning Boundary Conditions
          • Power Inverter with Conjugate Heat Transfer: Exercise 5—Performing the Simulation
          • Power Inverter with Conjugate Heat Transfer: Exercise 6—Analyzing Results
        • Tutorial 3 - Cyclone Separator
          • Cyclone Separator Overview
          • Cyclone Separator Exercise 1—Extracting the Fluid Domain
          • Cyclone Separator Exercise 2—Preparing the Mesh
          • Cyclone Separator Exercise 3—Defining Physics Modules
          • Cyclone Separator Exercise 4—Assigning Boundary Conditions
          • Cyclone Separator Exercise 5—Creating Monitoring Points
          • Cyclone Separator Exercise 6—Performing the Simulation
          • Cyclone Separator Exercise 7—Analyzing Results
    • Advanced Tutorials
      • Creo Flow Analysis Advanced Tutorials
        • Tutorial 1 - Cyclone Separator With Particle Separation
          • Cyclone Separator with Particle Separation: Overview
          • Cyclone Separator with Particle Separation: Exercise 1—Extracting the Fluid Domain
          • Cyclone Separator with Particle Separation: Exercise 2—Defining Physics Modules
          • Cyclone Separator with Particle Separation: Exercise 3—Assigning Boundary Conditions
          • Cyclone Separator with Particle Separation: Exercise 4—Preparing the Mesh
          • Cyclone Separator with Particle Separation: Exercise 5—Creating Monitoring Points
          • Cyclone Separator with Particle Separation: Exercise 6—Performing the Simulation
          • Cyclone Separator with Particle Separation: Exercise 7—Analyzing Results
        • Tutorial 2 - Cabin Radiation with Convection and Radiation
          • Cabin Radiation with Convection and Radiation: Overview
          • Cabin Radiation with Convection and Radiation: Exercise 1—Extracting the Fluid Domain
          • Cabin Radiation with Convection and Radiation: Exercise 2—Defining Physics Modules
          • Cabin Radiation with Convection and Radiation: Exercise 3—Assigning Boundary Conditions
          • Cabin Radiation with Convection and Radiation: Cabin Radiation Exercise 4—Preparing the Mesh
          • Cabin Radiation with Convection and Radiation: Exercise 5—Creating Monitoring Points
          • Cabin Radiation with Convection and Radiation: Exercise 6—Performing the Simulation
          • Cabin Radiation with Convection and Radiation: Exercise 7—Analyzing Results
        • Tutorial 3 - Multicomponent Mixing using a Nozzle
          • Multicomponent Mixing using a Nozzle: Overview
          • Multicomponent Mixing using a Nozzle: Exercise 1—Adding the Fluid Domain
          • Multicomponent Mixing using a Nozzle: Exercise 2—Creating Boundaries
          • Multicomponent Mixing using a Nozzle: Exercise 3—Preparing the Mesh
          • Multicomponent Mixing using a Nozzle: Exercise 4—Defining Physics Modules
          • Multicomponent Mixing using a Nozzle: Exercise 5—Assigning Boundary Conditions
          • Multicomponent Mixing using a Nozzle: Exercise 6—Specifying Volume Conditions
          • Multicomponent Mixing using a Nozzle: Exercise 7—Performing the Simulation
          • Multicomponent Mixing using a Nozzle: Exercise 8—Analyzing Results
        • Tutorial 4 - Multiphase Fuel Tank
          • Multiphase Flow for a Fuel Tank: Overview
          • Multiphase Flow for a Fuel Tank: Exercise 1—Adding the Simulation Domain
          • Multiphase Flow for a Fuel Tank: Exercise 2—Creating Boundary Conditions
          • Multiphase Flow for a Fuel Tank: Exercise 3—Preparing the Mesh
          • Multiphase Flow for a Fuel Tank: Exercise 4—Defining Physics Modules
          • Multiphase Flow for a Fuel Tank: Exercise 5—Assigning Boundary Conditions
          • Multiphase Flow for a Fuel Tank: Exercise 6—Defining Fluid Properties
          • Multiphase Flow for a Fuel Tank: Exercise 7—Performing the Simulation
          • Multiphase Flow for a Fuel Tank: Exercise 8—Analyzing Results
        • Tutorial 5 - External Air Flow for a Truck
          • External Air Flow for a Truck — Overview
          • External Air Flow for a Truck: Exercise 1—Adding the Simulation Domain
          • External Air Flow for a Truck: Exercise 2—Preparing the Mesh
          • External Air Flow for a Truck: Exercise 3—Defining Physics Modules
          • External Air Flow for a Truck: Exercise 4—Assigning Boundary Conditions
          • External Air Flow for a Truck: Exercise 5—Performing the Simulation
          • External Flow for a Truck: Exercise 6—Analyzing Results
        • Tutorial 6 - Mixing Tank
          • Mixing Tank — Overview
          • Mixing Tank: Exercise 1—Extracting the Fluid Domain
          • Mixing Tank: Exercise 2—Adding the Simulation Domain and Boundary Conditions
          • Mixing Tank: Exercise 3—Preparing the Mesh
          • Mixing Tank: Exercise 4—Defining Physics Modules
          • Mixing Tank: Exercise 5—Assigning Boundary Conditions
          • Mixing Tank: Exercise 6—Performing the Simulation
          • Mixing Tank: Exercise 7—Analyzing Results
        • Tutorial 7 - Flow through a Nozzle
          • Multiple Projects Flow through a Nozzle - Overview
          • Flow through a Nozzle: Project 1—Base Model
            • Base Model Simulation Exercise 1—Extracting the Fluid Domain
            • Base Model Simulation Exercise 2—Preparing the Mesh
            • Base Model Simulation Exercise 3—Defining Physics Modules
            • Base Model Simulation Exercise 4—Assigning Boundary Conditions
            • Base Model Simulation Exercise 5—Performing the Simulation
            • Base Model Simulation Exercise 6—Analyzing Results
          • Flow through a Nozzle: Project 2—Parametric Analysis
          • Flow through a Nozzle: Project 3—Modified Geometry
    • Additional Tutorials
      • Creo Flow Analysis Additional Tutorials
        • Tutorial 1 - Natural Convection
          • Natural Convection: Overview
          • Natural Convection: Exercise 1—Setting up the Model
          • Natural Convection: Exercise 2—Creating Boundaries
          • Natural Convection Exercise 3—Preparing the Mesh
          • Natural Convection: Exercise 4—Defining Physics Modules
          • Natural Convection: Exercise 5—Assigning Boundary Conditions
          • Natural Convection: Exercise 6—Creating a Monitoring Point
          • Natural Convection Exercise 7—Performing the Simulation
          • Natural Convection: Exercise 8—Analyzing Results
        • Tutorial 2 - Turbulent Flow in Diffuser
          • Turbulent Flow in Diffuser: Overview
          • Turbulent Flow in Diffuser: Exercise 1—Setting up the Model
          • Turbulent Flow in Diffuser: Exercise 2—Preparing the Mesh
          • Turbulent Flow in Diffuser: Exercise 3—Defining Physics Modules
          • Turbulent Flow in Diffuser: Exercise 4—Assigning Boundary Conditions
          • Turbulent Flow in Diffuser: Exercise 5—Creating a Monitoring Point
          • Turbulent Flow in Diffuser: Exercise 6—Performing the Simulation
          • Turbulent Flow in Diffuser: Exercise 7—Analyzing Results
        • Tutorial 3 - Vortex Shedding
          • Vortex Shedding: Overview
          • Vortex Shedding: Exercise 1—Setting up the Model
          • Vortex Shedding: Exercise 2—Preparing the Mesh
          • Vortex Shedding: Exercise 3—Defining Physics Modules
          • Vortex Shedding: Exercise 4—Assigning Boundary Conditions
          • Vortex Shedding: Exercise 5—Performing the Simulation
          • Vortex Shedding: Exercise 6—Analyzing Results
        • Tutorial 4 - Cavitation over an Orifice
          • Cavitation over an Orifice: Overview
          • Cavitation over an Orifice: Exercise 1—Setting up the Model
          • Cavitation over an Orifice: Exercise 2—Preparing the Mesh
          • Cavitation over an Orifice: Exercise 3—Defining Physics Modules
          • Cavitation over an Orifice: Exercise 4—Assigning Boundary Conditions
          • Cavitation over an Orifice: Exercise 5—Performing the Simulation
          • Cavitation over an Orifice: Exercise 6—Analyzing Results
  • Creo Render Studio Tutorials
    • Beginners Tutorials
      • Creo Render Studio Beginner Tutorial
        • Introduction to Creo Render Studio Beginner Tutorial
        • Downloading the Model for this Tutorial
        • Exercise 1—Changing the Appearance of the Model’s Surface
        • Exercise 2—Changing the Scene
        • Exercise 3—Rendering in Real Time
        • Exercise 4—Saving the Rendered Image
  • PTC Mathcad Tutorials
    • Optimize Your Design with Engineering Notebook Powered by PTC Mathcad
      • Embed PTC Mathcad Worksheet
      • Link PTC Mathcad Input Regions in PTC Creo Parameters Table
      • Set the Volume of Piston Head Equation Using the PTC Mathcad Equation Editor
      • Set the Surface Area of Engine Block Using the PTC Mathcad Equation Editor
      • Set the Minimum Engine Displacement Using the PTC Mathcad Variable Definition
      • Using PTC Mathcad Solve Block
      • Push Results to PTC Creo Parametric