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Table of Contents
How do you do wall thickness analysis in Catia?
- Click Wall Thickness Analysis in the Analysis toolbar. The Wall Thickness Analysis dialog box is displayed.
- Select the body of interest. …
- Keep Sphere as the computation method. …
- Keep Tolerance as the parameter defining the calculation precision you want. …
- Enter the value to define the tolerance you want.
How is Catia thickness measured?
- Switch to Design Mode ( Edit > Representations > Design Mode ).
- Set View > Render Style to Shading with Edges. …
- Click the Measure Item icon . …
- Click the Thickness icon in the dialog box or set the measure mode in the Selection 1 mode drop down list box to Thickness.
- Make your measure.
What is thickness analysis?
Use Thickness Analysis to: Identify thick and thin regions of a part (especially for plastic parts and castings) Determine portions of a part that are equal to a specified target thickness. Assess potential failure regions or design flaws.
How do you measure wall thickness in Solidworks?
Here you can find the Thickness Analysis tool:
Navigate to: Evaluate > Thickness Analysis or click on the Thickness Analysis icon. Set the Analysis Parameters to the thickness you want to check and click on Calculate. That’s all!
How do you change Catia thickness?
- Select Tools > Standards to access the interactive standard editor.
- Check that the General category is selected then from the file list, select the CATStdLineThickness. …
- Click the plus sign next to the CATStdLineThickness node: a list of 55 line thickness definition is displayed.
How does Catia V5 measure surface area?
- Select the Other Axis check box in the Measure Item dialog box.
- Select a V5 axis system in the specification tree or geometry area.
- Make your measure. …
- To change the axis system, click the Other Axis field and select another axis system.
What is thickness analysis in engineering?
The Thickness Analysis tool in SOLIDWORKS is used to find areas of your model that are either thicker or thinner than a specified target thickness value.
How do you change wall thickness in Solidworks?
Click Thicken on the Features toolbar, or click Insert > Boss/Base > Thicken. Examine the preview, and select the side of the surface you want to thicken, as shown below. Enter the Thickness . Note that when you select Thicken Both Sides , it adds the Thickness you specify to both sides.
How do you define thickness in Solidworks?
…
Defining Ply Thickness as a Parameter
- In the Simulation study tree, under the Parts folder, right-click a shell and select Edit Definition.
- In the PropertyManager, under Type, select Composite.
What is shell meshing?
It allows for a better visualization, verification, and editing of shell properties by displaying the shell type, thickness, orientation, and material for all shells in a single interface.
How do you reduce thickness in Solidworks?
Click Thickened Cut (Features toolbar), or click Insert > Cut > Thicken. In the graphics area, select a Surface to Thicken .
Analyzing Wall Thicknesses
- Article author: catiadoc.free.fr
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- Summary of article content: Articles about Analyzing Wall Thicknesses Analyzing Wall Thicknesses · Click Wall Thickness Analysis in the Analysis toolbar. · Select the body of interest. · Keep Sphere as the computation method. · Keep … …
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Analyzing Wall Thicknesses
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Measuring Thickness
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Thickness Analysis – 2021 – SOLIDWORKS Help
- Article author: help.solidworks.com
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Thickness Analysis – 2021 – SOLIDWORKS Help
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Thickness Analysis – 2021 – SOLIDWORKS Help
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Thickness Analysis – 2021 – SOLIDWORKS Help
How to make a Thickness Analysis in SolidWorks? | LearnSOLIDWORKS.com
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HE04148: Wall Thickness Analysis icon is not available
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- Summary of article content: Articles about HE04148: Wall Thickness Analysis icon is not available Open CATIA with the following licenses: MD2 + FR1 + HA1 + TG1 2. Open the Part Design workbench. 3. Check the Analysis toolbar. Problem: The wall thickness icon … …
- Most searched keywords: Whether you are looking for HE04148: Wall Thickness Analysis icon is not available Open CATIA with the following licenses: MD2 + FR1 + HA1 + TG1 2. Open the Part Design workbench. 3. Check the Analysis toolbar. Problem: The wall thickness icon … Scenario: 1. Open CATIA with the following licenses:AIX
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Wall Thickness Analysis for Casting & Injection Molding parts – Glovius
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- Summary of article content: Articles about Wall Thickness Analysis for Casting & Injection Molding parts – Glovius Wall Thickness Analysis of CAD Parts … The thickness analysis tool analyzes the material distribution in the part and displays the results visually. Identifying … …
- Most searched keywords: Whether you are looking for Wall Thickness Analysis for Casting & Injection Molding parts – Glovius Wall Thickness Analysis of CAD Parts … The thickness analysis tool analyzes the material distribution in the part and displays the results visually. Identifying … Wall Thickness Analysis of CAD Parts The thickness analysis tool analyzes the material distribution in the part and displays the results visually. Identifying the thick and thin regions helps you optimize the part design. Thin regions may fail during usage and thick regions increase material costs. The ability to determine the material distribution and the corresponding
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Perform Wall Thickness Analysis
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- Summary of article content: Articles about products GeomCaliper for CATIA V5 is an innovative wall thickness analysis tool that facilitates measurement and checking of wall thickness on 3D models. …
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Porticast : Wall Thickness Analysis Tool
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- Summary of article content: Articles about Porticast : Wall Thickness Analysis Tool The Wall Thickness Analysis tool is used to investigate the change in thickness of a part. Firstly, select the tool from the “Analysis” toolbar. …
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Analyzing Wall Thicknesses
This task shows you how to measure the thickness of a part by using a capability you can easily adjust to fit your needs. CFO or FMP or (FR1 and TG1 and HA1) applications are required to access the Wall Thickness Analysis capability. In case you do not have any of them installed, you can nevertheless edit all analysis parameters (except for the body to analyze) or update already stored wall thickness analyses.
Open the Wall_Thickness.CATPart document.
Click Wall Thickness Analysis in the Analysis toolbar.
The Wall Thickness Analysis dialog box is displayed. Select the body of interest.
The selected body is then set as the current object. Keep Sphere as the computation method. The other method available is Ray . For details, see About Analyzing Wall Thickness Analysis. Keep Tolerance as the parameter defining the calculation precision you want. The other possible parameters are tesselation parameters : Sag and Step . Enter the value to define the tolerance you want. In this example, enter 0.4mm. The analysis result will therefore fall within the specified tolerance value. For details, see About Analyzing Wall Thickness Analysis.
The measurement unit used in our example is mm. To change units, select Tools > Options, Parameters and Measure and then the Units tab.
Select the Include Thread/Tap analysis check box if you want to integrate the threads/ taps in the analysis. If the analyzed body contains threaded/tapped holes, their specifications such as type or dimension will be taken into account. Select the Colors tab to access ranges of colors for your display. Autoscale provides dynamic range scaling for thicknesses.
By default, the number of values to be used to calculate different ranges is 10. For the purpose of our scenario, keep this value. Setting 10 values lets the system compute 11 ranges of thicknesses. A color is assigned to each range by the system.
The bright red color identifies the thinnest areas of the part, that is areas comprised between 0mm and 10mm. Click Run to launch the analysis.
The measure is performed over the whole selected body. A window appears, informing you about the operation progress. In case you want to interrupt the operation, just click Cancel.
When the computation is done, the colors assigned to the different value thickness show the thickness variation of the part, so that you can immediately observe critical areas where the thickness is not appropriate.
The part looks like this: In case you are interested in only a few thicknesses and therefore prefer to ignore some areas of the part, just clear the color you do not want to display on the part. For the purpose of our scenario, select all colors again. Select the Options tab to access display options.
By default, On the fly is selected. This option lets you know the thickness value at the point where you position your cursor on the part. The value is displayed in mm, and is not persistent.
When On the fly is selected, you can select Display sphere which shows the sphere under the cursor. Its diameter is equal to the analysis value on the point.
is selected, you can select which shows the sphere under the cursor. Its diameter is equal to the analysis value on the point. When On the fly is selected , y ou can make the thickness value displayed permanent by right-clicking and selecting Fix indicator .
In the Inputs tab, Method list when you choose Sphere as a computation mode, No sharp edge option is available in the Options tab, Graphics field. This option filters out the areas close to edges and which thickness is less than the value set in the corresponding value field. Let us look closely at an example. If you keep the default value, that is 1mm , we obtain this display: Change the value to 4.3mm and look at the updated display: Select the Sections tab. Click Section cut to display a section plane. Click to add a new section or right-click the red section plane from the geometry and select Add section . A new dialog box appears.
You can also right-click on the pad where you want the section cut to be done and select Add section at specified location . For details, see About Analyzing Wall Thickness Analysis . Name the section, choose the status among None , To be Reviewed , Refused , Validated and Unresolved . By default, the status selected is None . Choose the severity from 0 (most severe) to 9 (least severe). By default, the severity selected is 3. Click OK to close the Wall Thickness Analysis Section dialog box. The created sections appear in the Sections list of the Wall Thickness Analysis dialog box.
Click OK to close the Wall Thickness Analysis dialog box.
Analysis results are stored in the specification tree, below the Thickness Analysis node.
Analyzing Wall Thicknesses
This task shows you how to measure the thickness of a part by using a capability you can easily adjust to fit your needs. CFO or FMP or (FR1 and TG1 and HA1) applications are required to access the Wall Thickness Analysis capability. In case you do not have any of them installed, you can nevertheless edit all analysis parameters (except for the body to analyze) or update already stored wall thickness analyses.
Open the Wall_Thickness.CATPart document.
Click Wall Thickness Analysis in the Analysis toolbar.
The Wall Thickness Analysis dialog box is displayed. Select the body of interest.
The selected body is then set as the current object. Keep Sphere as the computation method. The other method available is Ray . For details, see About Analyzing Wall Thickness Analysis. Keep Tolerance as the parameter defining the calculation precision you want. The other possible parameters are tesselation parameters : Sag and Step . Enter the value to define the tolerance you want. In this example, enter 0.4mm. The analysis result will therefore fall within the specified tolerance value. For details, see About Analyzing Wall Thickness Analysis.
The measurement unit used in our example is mm. To change units, select Tools > Options, Parameters and Measure and then the Units tab.
Select the Include Thread/Tap analysis check box if you want to integrate the threads/ taps in the analysis. If the analyzed body contains threaded/tapped holes, their specifications such as type or dimension will be taken into account. Select the Colors tab to access ranges of colors for your display. Autoscale provides dynamic range scaling for thicknesses.
By default, the number of values to be used to calculate different ranges is 10. For the purpose of our scenario, keep this value. Setting 10 values lets the system compute 11 ranges of thicknesses. A color is assigned to each range by the system.
The bright red color identifies the thinnest areas of the part, that is areas comprised between 0mm and 10mm. Click Run to launch the analysis.
The measure is performed over the whole selected body. A window appears, informing you about the operation progress. In case you want to interrupt the operation, just click Cancel.
When the computation is done, the colors assigned to the different value thickness show the thickness variation of the part, so that you can immediately observe critical areas where the thickness is not appropriate.
The part looks like this: In case you are interested in only a few thicknesses and therefore prefer to ignore some areas of the part, just clear the color you do not want to display on the part. For the purpose of our scenario, select all colors again. Select the Options tab to access display options.
By default, On the fly is selected. This option lets you know the thickness value at the point where you position your cursor on the part. The value is displayed in mm, and is not persistent.
When On the fly is selected, you can select Display sphere which shows the sphere under the cursor. Its diameter is equal to the analysis value on the point.
is selected, you can select which shows the sphere under the cursor. Its diameter is equal to the analysis value on the point. When On the fly is selected , y ou can make the thickness value displayed permanent by right-clicking and selecting Fix indicator .
In the Inputs tab, Method list when you choose Sphere as a computation mode, No sharp edge option is available in the Options tab, Graphics field. This option filters out the areas close to edges and which thickness is less than the value set in the corresponding value field. Let us look closely at an example. If you keep the default value, that is 1mm , we obtain this display: Change the value to 4.3mm and look at the updated display: Select the Sections tab. Click Section cut to display a section plane. Click to add a new section or right-click the red section plane from the geometry and select Add section . A new dialog box appears.
You can also right-click on the pad where you want the section cut to be done and select Add section at specified location . For details, see About Analyzing Wall Thickness Analysis . Name the section, choose the status among None , To be Reviewed , Refused , Validated and Unresolved . By default, the status selected is None . Choose the severity from 0 (most severe) to 9 (least severe). By default, the severity selected is 3. Click OK to close the Wall Thickness Analysis Section dialog box. The created sections appear in the Sections list of the Wall Thickness Analysis dialog box.
Click OK to close the Wall Thickness Analysis dialog box.
Analysis results are stored in the specification tree, below the Thickness Analysis node.
Measuring Thickness
This command can be accessed from the Measure Item and Measure Between commands.
This task explains how to measure the thickness of a selected item along the normal to the surface at the picking point. Important: This measure is approximate. It is not associative and therefore cannot be updated.
They are to be found in the online documentation file tree in the common functionalities samples folder cfysm/samples.
Insert the following sample model files: ATOMIZER.model, BODY1.model, BODY2.model, LOCK.model, NOZZLE1.model, NOZZLE2.model, REGULATION_COMMAND.model, REGULATOR.model, TRIGGER.model and VALVE.model.
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