All PTC Creo Simulate Tutorials
6
Running a Static Analysis in Creo Simulate
- PTC Creo Simulate
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- 8198 Views
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- Introductory Level
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- Mark Taddonio
- This Creo Simulate tutorial demonstrates how to create a Static Analysis in Creo Simulate. First apply the material properties, the constraints and the forces before running the analysis. This tutorial will also show how a static analysis can be shown as a Fringe or as a Graph.
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3
Creating a Structural Truss Analysis
- PTC Creo Simulate
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- 3393 Views
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- Intermediate Level
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- Mark Taddonio
- In this Creo Simulate tutorial, I will demonstrate how to use the Beam tool to create a structural truss. This tool allows you to define curves from pre-defined sketches as members of the truss and also allows the user to create common structural shaped cross sections such as I beams for the members. Then, I set the necessary constraints and forces to run a static analysis on the truss.
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1
Defining Constraints
- PTC Creo Simulate
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- 3350 Views
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- Introductory Level
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- Sandi Smith
- In this tutorial you learn how to define constraints in a non-Cartesian coordinate system. The advantage of doing this is that you can constrain radial, axial, or angle of twist degrees of freedom which cannot easily be accomplished using an X, Y, and Z reference.
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3
Creating Force/Moment Loads
- PTC Creo Simulate
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- 2959 Views
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- Introductory Level
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- Mark Taddonio
- In this Creo Simulate tutorial, I will demonstrate how to create Force/Moment Loads. I then go on to show all of the different settings involved in making a force/Moment load, such as the best convention for selecting references, changing the distribution and the spatial variation and changing the Force/Moment vector distribution.
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3
Creating a Transient Thermal Analysis
- PTC Creo Simulate
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- 2926 Views
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- Intermediate Level
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- Mark Taddonio
- This tutorial demonstrates how to create a Transient Thermal Analysis. The Transient Thermal Analysis will show how long it would take a piece of sheet metal at 800 degrees Celsius to reach a temperature of 60 degrees Celsius so that it is safe to touch. This tutorial also shows how to format the results graph in order to change different aspects of the graph.
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7
Creating a Buckling Analysis
- PTC Creo Simulate
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- 2588 Views
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- Intermediate Level
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- Mark Taddonio
- In this Creo SImulate tutorial, I demonstrate how to create a buckling analysis. I also explain how the constraints are very important when determining the buckling load factor and that a static analysis is necessary before a buckling analysis can be computed.
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2
Creating Bearing Loads
- PTC Creo Simulate
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- 2340 Views
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- Introductory Level
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- Mark Taddonio
- In this Creo Simulate tutorial, I demonstrate how to create a Bearing load. I also go through many of the settings associated with creating bearing loads and describe how to create bearing loads so that there are no errors.
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3
Creating a Steady State Thermal Analysis
- PTC Creo Simulate
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- 2298 Views
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- Introductory Level
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- Mark Taddonio
- Learn how to create a Steady State Thermal Analysis in this Creo Simulate tutorial. First, place boundary conditions and heat loads to a simple beam and then use these constraints to define the Steady State Thermal Analysis.
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1
Using Measures
- PTC Creo Simulate
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- 2035 Views
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- Introductory Level
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- Sandi Smith
- In this tutorial you learn how to use user-defined measures at certain locations in the Simulate model. These may not be quantities that are maximum or minimum throughout the model but at specific locations of interest.
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Using AutoGEM Setting
- PTC Creo Simulate
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- 1753 Views
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- Introductory Level
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- Sandi Smith
- In this tutorial you learn how to use AutoGEM settings in Creo Simulate. You also learn how to use an imported data file, a STEP file.
Applying Traveling Heat Loads
- PTC Creo Simulate
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- 1714 Views
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- Intermediate Level
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- Sandi Smith
- In this tutorial, you learn how to apply traveling heat loads to a model.
1
Creating Thermal Boundary Conditions
- PTC Creo Simulate
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- 1567 Views
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- Introductory Level
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- Mark Taddonio
- This Creo Simulate tutorial demonstrates how to create thermal boundary conditions. It shows how to use Prescribed Temperatures, Convection Conditions, and Radiation Conditions and will also explain the different settings in each of those thermal boundary conditions.
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3
Creating a Results Template
- PTC Creo Simulate
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- 1461 Views
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- Introductory Level
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- Mark Taddonio
- In this Creo Simulate tutorial, I demonstrate how to create a template that can be saved and used to open results. Creating a template is an easy way to save time when reviewing results.
4
Export *.ans (for ANSYS) file or *.nas (for Nastran) file from Creo Simulate
- PTC Creo Simulate
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- 1357 Views
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- Intermediate Level
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- Tao Sheng Shen
- This video includes the following steps:
1.Click Applications > Simulate.
2.Click Model Setup under Home tab
3.Check FEM Mode option > OK.
4.Select Solid or Boundary as mesh type under Mesh cascade menu> Mesh > Close
5.Click Run under Home tab > select ANSYS or MSC/NASTRAN as the solver
6.Check Out to File option > OK
7.Enter name of the study directory > OK.
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Using Fasteners
- PTC Creo Simulate
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- 1207 Views
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- Intermediate Level
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- Sandi Smith
- In this tutorial, you learn how to apply a bolt preload.
1
Creating a Heat Load
- PTC Creo Simulate
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- 1192 Views
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- Intermediate Level
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- Mark Taddonio
- Learn how to create a Heat Load and discuss the different settings within the Heat Load dialog box in this Creo Simulate 1.0 tutorial.