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Autodesk
TruPlan using advanced
optimization techniques you a Mac is the best possible
process for manufacturing a composite part of your design.
TruPlan is based on advanced optimization algorithms, assessment of the cost of different designs and surface definitions in multiple production processes such as: automatic filament insertion (AFP), automatic tape trowel (ATL), Hand Layup (HLU) Or any combination of these strategies has been developed.
In other words, TruPlan provides composite manufacturers with the ability to predict the cost of building a specific composite part as well as optimizing its production process so that they do not have to re-engineer. Data provided by this software Available to engineers / manufacturers, it helps them to analyze the costs and benefits of each project, and decide on the best practices on the process, materials and equipment needed to make composites.
TruPlan is based on advanced optimization algorithms, assessment of the cost of different designs and surface definitions in multiple production processes such as: automatic filament insertion (AFP), automatic tape trowel (ATL), Hand Layup (HLU) Or any combination of these strategies has been developed.
In other words, TruPlan provides composite manufacturers with the ability to predict the cost of building a specific composite part as well as optimizing its production process so that they do not have to re-engineer. Data provided by this software Available to engineers / manufacturers, it helps them to analyze the costs and benefits of each project, and decide on the best practices on the process, materials and equipment needed to make composites.
A
key feature of the software Autodesk Truplan:
- design process of composite construction
- simulating different scenarios make for the best scenario, the Mac the composite
- receive a variety of CAD data from different sources
- confirmed the feasibility of various accommodations to do Expenditure
- Comparison of construction variables simultaneously
- Automatic updating of models after changing variables
- Possibility to perform Wrinkle analysis to analyze the possible location of chains
- And ...
- design process of composite construction
- simulating different scenarios make for the best scenario, the Mac the composite
- receive a variety of CAD data from different sources
- confirmed the feasibility of various accommodations to do Expenditure
- Comparison of construction variables simultaneously
- Automatic updating of models after changing variables
- Possibility to perform Wrinkle analysis to analyze the possible location of chains
- And ...
TruPlan helps you design the best process
to produce a composite part using
advanced optimization techniques.
TruPlan is based on multiple advanced optimization algorithms and assesses the cost-impact of unique design features and surface definitions across multiple manufacturing processes, such as: Automated Fiber Placement (AFP), Automated Tape Laying (ATL), Hand Layup (HLU) or any combination of these strategies. TruPlan allows composite manufacturers to anticipate the costs of fabricating a certain part and also optimize their entire process to avoid re-engineering and downtime on the shop floor.
TruPlan is based on multiple advanced optimization algorithms and assesses the cost-impact of unique design features and surface definitions across multiple manufacturing processes, such as: Automated Fiber Placement (AFP), Automated Tape Laying (ATL), Hand Layup (HLU) or any combination of these strategies. TruPlan allows composite manufacturers to anticipate the costs of fabricating a certain part and also optimize their entire process to avoid re-engineering and downtime on the shop floor.
The data collected by TruPlan
enables engineers to perform comparative cost-benefit analyzes to determine
optimal materials, processes, and equipment. It provides everyone - from
design engineering to management - the statistical data necessary to assess the
impact of various design concepts against various manufacturing
processes.
- Design-for-Manufacturing
- Composite Layup Strategy Analysis
- Optimum Material Calculation
- Tow-Width Optimization
- Automated Fiber Placement
- Automated Tape Laying
- Hand Layup
- Angle Deviation Optimization
- Ply Stacking Optimization
Features:
Composite design - Composite
layup process construction
Create composite designs
Design composite layups, sequences, and plies at any orientation.
- Composite material library
Quickly see where the wrinkles are likely to appear.
- AnyCAD import
Import CAD data from any source, including data from existing composite designs.
Create design surfaces
- Thickness updates
Create design-based, intermediate surfaces automatically from the tooling surface.
- Composite planning
Feasibility of fabrication:
Verify the feasibility of a part before costly work.
Compare manufacturing variables:
- Test multiple solver variables at one time.
Estimate cost of composite layup process
- Estimate cost impact:
Evaluate the cost impact of fabrication methods.
- Automatic updates:
Models update automatically whenever information has been changed.
- Strategy table:
Use the strategy table to mass edit, update, and visualize composite properties.
Composite analysis
- Visualize steering
Visualize the composite steering radius.
- Wrinkle analysis
Quickly see where wrinkles are likely to appear.
- Angle of deviation analysis
View the deviation angle for fiber placement.
Composite analysis solvers:
Use what-if simulation tools for your composite analysis.
- Calculate convergence
Minimize tape overlaps.
- Calculate compaction
Find an ideal fiber compaction for your composite part.
- Gap analysis
This where gaps are likely to appear in the composite.
Composite fabrication
- Flat pattern editing
Quickly edit flat patterns using the Inventor sketch environment, and manually add flat patterns directly to a layer.
- Nesting export
Export flat patterns for nesting, kitting, and cutting.
-Laser projection export
Export 3D or 2D composite geometry for high-quality and repeatable layup.
- Composite draping
Create 2D flat patterns from 3D geometry and simulate drapability.
- Design-for-Manufacturing
- Composite Layup Strategy Analysis
- Optimum Material Calculation
- Tow-Width Optimization
- Automated Fiber Placement
- Automated Tape Laying
- Hand Layup
- Angle Deviation Optimization
- Ply Stacking Optimization
Features:
Composite design - Composite
layup process construction
Create composite designs
Design composite layups, sequences, and plies at any orientation.
- Composite material library
Quickly see where the wrinkles are likely to appear.
- AnyCAD import
Import CAD data from any source, including data from existing composite designs.
Create design surfaces
- Thickness updates
Create design-based, intermediate surfaces automatically from the tooling surface.
- Composite planning
Feasibility of fabrication:
Verify the feasibility of a part before costly work.
Compare manufacturing variables:
- Test multiple solver variables at one time.
Estimate cost of composite layup process
- Estimate cost impact:
Evaluate the cost impact of fabrication methods.
- Automatic updates:
Models update automatically whenever information has been changed.
- Strategy table:
Use the strategy table to mass edit, update, and visualize composite properties.
Composite analysis
- Visualize steering
Visualize the composite steering radius.
- Wrinkle analysis
Quickly see where wrinkles are likely to appear.
- Angle of deviation analysis
View the deviation angle for fiber placement.
Composite analysis solvers:
Use what-if simulation tools for your composite analysis.
- Calculate convergence
Minimize tape overlaps.
- Calculate compaction
Find an ideal fiber compaction for your composite part.
- Gap analysis
This where gaps are likely to appear in the composite.
Composite fabrication
- Flat pattern editing
Quickly edit flat patterns using the Inventor sketch environment, and manually add flat patterns directly to a layer.
- Nesting export
Export flat patterns for nesting, kitting, and cutting.
-Laser projection export
Export 3D or 2D composite geometry for high-quality and repeatable layup.
- Composite draping
Create 2D flat patterns from 3D geometry and simulate drapability.
More info (open / close)
required system
System
requirements for TruPlan 2019 Windows
Operating System
- 64-bit Microsoft Windows 10 Anniversary Update (version 1607 or higher)
- 64-bit Microsoft Windows 8.1
- 64-bit Microsoft Windows 7 SP1 with Update KB4019990
CPU
Recommended:
3.0 GHz or greater, 4 or more cores
Minimum:
2.5 GHz or greater
Memory
Recommended:
20 GB RAM or more
Minimum:
8 GB RAM for less than 500 parts of the assembly.
Disk Space
Installer plus full installation: 40 GB
Graphics
Recommended:
4 GB GPU with 106 GB / s Bandwidth and DirectX 11 compliant
Minimum:
1 GB GPU with 29 GB / s Bandwidth and DirectX 11 compliant
Display Resolution
Recommended:
3840 x 2160 (4K); Preferred scaling: 100%, 125%, 150% or 200%
Minimum:
1280 x 1024 (1080p)
Pointing Device for
MS-Mouse compatible (3DConnexion 3D Mouse optional)
Network Integration
with Autodesk Desktop Application , Autodesk collaboration functionality,. NET installation, web downloads, and licensing.
Network license manager supports Windows Server 2016, 2012, 2012 R2, 2008 R2 and the operating systems listed above.
Spreadsheet Full local installation of Microsoft Excel 2010, 2013 or 2016 for iFeatures, iParts, iAssemblies, Global BOM, Parts Lists, Revision Tables, spreadsheet-driven designs and Studio animation of Positional Representations.
64-bit Microsoft Office is required to export Access 2007, dBase IV, Text and CSV formats.
Office 365 subscribers must ensure that they have a local installation of Microsoft Excel 2016.
Windows Excel Starter®, OpenOffice®, and browser-based Office 365 applications are not supported.
.NET Framework
.NET Framework Version 4.7 or later. Windows updates enabled for installation.
Virtualization
Citrix XenApp ™ 7.6, Citrix® XenDesktop ™ 7.6 (requires TruPlan Network Licensing).
Operating System
- 64-bit Microsoft Windows 10 Anniversary Update (version 1607 or higher)
- 64-bit Microsoft Windows 8.1
- 64-bit Microsoft Windows 7 SP1 with Update KB4019990
CPU
Recommended:
3.0 GHz or greater, 4 or more cores
Minimum:
2.5 GHz or greater
Memory
Recommended:
20 GB RAM or more
Minimum:
8 GB RAM for less than 500 parts of the assembly.
Disk Space
Installer plus full installation: 40 GB
Graphics
Recommended:
4 GB GPU with 106 GB / s Bandwidth and DirectX 11 compliant
Minimum:
1 GB GPU with 29 GB / s Bandwidth and DirectX 11 compliant
Display Resolution
Recommended:
3840 x 2160 (4K); Preferred scaling: 100%, 125%, 150% or 200%
Minimum:
1280 x 1024 (1080p)
Pointing Device for
MS-Mouse compatible (3DConnexion 3D Mouse optional)
Network Integration
with Autodesk Desktop Application , Autodesk collaboration functionality,. NET installation, web downloads, and licensing.
Network license manager supports Windows Server 2016, 2012, 2012 R2, 2008 R2 and the operating systems listed above.
Spreadsheet Full local installation of Microsoft Excel 2010, 2013 or 2016 for iFeatures, iParts, iAssemblies, Global BOM, Parts Lists, Revision Tables, spreadsheet-driven designs and Studio animation of Positional Representations.
64-bit Microsoft Office is required to export Access 2007, dBase IV, Text and CSV formats.
Office 365 subscribers must ensure that they have a local installation of Microsoft Excel 2016.
Windows Excel Starter®, OpenOffice®, and browser-based Office 365 applications are not supported.
.NET Framework
.NET Framework Version 4.7 or later. Windows updates enabled for installation.
Virtualization
Citrix XenApp ™ 7.6, Citrix® XenDesktop ™ 7.6 (requires TruPlan Network Licensing).
Specifications
Manufacturer: Autodesk
File Size: 3769 MB Release Date: 14:16 - 1397/3/22 | 06/22/2012 Source: PC Download / www.p30download.ir Rating:
File Size: 3769 MB Release Date: 14:16 - 1397/3/22 | 06/22/2012 Source: PC Download / www.p30download.ir Rating:
Installation guide
Before proceeding to install and activate, consider the
following points:
1. The TruPlan program is installed as an extension to the Autodesk Inventor software. So when installing TruLaser, Autodesk Inventor will be installed first and then TruPlan will automatically be added as an extension.
2.During activation, you must also perform steps 4-10 for each application (first, Autodesk Inventor and then TruPlan), except that you use the appropriate Product Key every time.
3. Given that TruPlan is an extension to Inventor, you need to run Autodesk Inventor software to use TruPlan capabilities.
Installation Guide:
First, download the software and unzip it.
2. Run the executable sfx.exe file with the Administrator access and let the software be extracted on the default path; then the software installation process starts automatically.
3. Install.
4. Run the software after installation. Click on Enter serial number.
5. When the request Serial, enter one of these codes:
066-66666666
400-45454545
653-12354321
666-98989898
666-69696969
667-98989898
then enter the Product Key drama:
1. The TruPlan program is installed as an extension to the Autodesk Inventor software. So when installing TruLaser, Autodesk Inventor will be installed first and then TruPlan will automatically be added as an extension.
2.During activation, you must also perform steps 4-10 for each application (first, Autodesk Inventor and then TruPlan), except that you use the appropriate Product Key every time.
3. Given that TruPlan is an extension to Inventor, you need to run Autodesk Inventor software to use TruPlan capabilities.
Installation Guide:
First, download the software and unzip it.
2. Run the executable sfx.exe file with the Administrator access and let the software be extracted on the default path; then the software installation process starts automatically.
3. Install.
4. Run the software after installation. Click on Enter serial number.
5. When the request Serial, enter one of these codes:
066-66666666
400-45454545
653-12354321
666-98989898
666-69696969
667-98989898
then enter the Product Key drama:
208K1 for Autodesk Inventor 2019
01VK1 for Autodesk TruPlan 2019
6. Before you click the Activate button, interrupt your Internet connection or block an Internet access firewall, then click Activate. If you receive a message that you have not received an internet connection, click Use another method. Request code is created for your system.
7. Download and open the Crack file separately and open one of the two Keygen files according to your system architecture (for xf-adsk2019_x86.exe 32-bit systems and xf-xf-adsk2019_x64.exe for 64-bit systems) with Run Administrator Access (To run Windows 7 and 8, right-click on the file and click Run as administrator) and click on the Patch Keygen window to display the Successfully patched message.
8. Next, you need to copy the serial in the Request code field in Keygen and click Generate to display the serial in the Activation code field.
9. In the software, click Close. Again the activation page opens and you may have to re-enter the codes entered in step 5.
Select the I have an activation code from Autodesk.
10. Now it's enough to copy the serial generated by Keygen in the relevant section and click Next to activate the software and the activation message will also appear.
01VK1 for Autodesk TruPlan 2019
6. Before you click the Activate button, interrupt your Internet connection or block an Internet access firewall, then click Activate. If you receive a message that you have not received an internet connection, click Use another method. Request code is created for your system.
7. Download and open the Crack file separately and open one of the two Keygen files according to your system architecture (for xf-adsk2019_x86.exe 32-bit systems and xf-xf-adsk2019_x64.exe for 64-bit systems) with Run Administrator Access (To run Windows 7 and 8, right-click on the file and click Run as administrator) and click on the Patch Keygen window to display the Successfully patched message.
8. Next, you need to copy the serial in the Request code field in Keygen and click Generate to display the serial in the Activation code field.
9. In the software, click Close. Again the activation page opens and you may have to re-enter the codes entered in step 5.
Select the I have an activation code from Autodesk.
10. Now it's enough to copy the serial generated by Keygen in the relevant section and click Next to activate the software and the activation message will also appear.
download links
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