Hits: 2,723
·
Category: Software » Graphic » Engineering Design , Educational » Engineering, Science
& Knowledge
Software Cradle is one of the leading companies in the field of computing
fluid dynamics software(CFD), which has introduced advanced and high-end
products. SC / Tetra is another widely used software company specializing
in the solution of flow equations, analysis and simulation of heat transfer and
fluid dynamics phenomena. The software, with its extensive capabilities,
helps engineers at McAnike and Electronics to do more accurate analyzes and
simulate advanced and more sophisticated prototypes. Performing the
thermal and dynamic calculations before producing actual parts has a very
important effect on the performance of the parts and their useful life and can
prevent many of the damage caused by the wrong design.
SC
/ Tetra is a CFD software that simulates and analyzes the heat transfer and fluid
dynamics; this software is similar to scSTREAM in terms of features and
capabilities, and the only difference is in the processing of CAD input files
and the design of instances Review. ScSTREAM divides the samples into
regular, Mac OS-based and structured meshes, while SC / Tetra
is viewed in an unstructured and complex geometric form; in fact, the
distinction between SC / Tetra and scSTREAM is that This software uses a more
basic geometric form of Tetrahedron, Pentahydron and HEXaDrone for meshing
samples, but scSTREAM only uses a simple cubic structure.
The same difference makes SC / Tetra software superior; it is capable of examining much more complex systems in short time and simulating more complex examples.
Key features of SC / Tetra software :
- Solving flow and fluid equations
- Simulating and analyzing thermal fluids
- Designing very complex examples and performing their calculations
-
Disassembling samples in an unstructured way - Using complex geometric shapes for mesh such as Tetrahedron , Pentahydron and hexahedron
- Modifying non-standard designs and achieving required properties
- Supporting most commonly used engineering software designs
- Advanced patterns for designing the desired specimens
The same difference makes SC / Tetra software superior; it is capable of examining much more complex systems in short time and simulating more complex examples.
Key features of SC / Tetra software :
- Solving flow and fluid equations
- Simulating and analyzing thermal fluids
- Designing very complex examples and performing their calculations
-
Disassembling samples in an unstructured way - Using complex geometric shapes for mesh such as Tetrahedron , Pentahydron and hexahedron
- Modifying non-standard designs and achieving required properties
- Supporting most commonly used engineering software designs
- Advanced patterns for designing the desired specimens
SC / Tetra is a general purpose thermo-fluid
simulation software using hybrid mesh to represent a surface shape with high
accuracy. Its characteristics include a sophisticated mesh generation
system, high-speed computing, low memory consumption, and user-friendly
features throughout the operation. You can get simulation results in a
short time without stress.
Program Structure:
High-speed automated mesh generation.
High-quality mesh is automatically generated at a high speed by creating the octree and using the Advancing Front method. Prism layer elements can also be created automatically and the layer thickness can be set to link to the width of a flow channel. The software enables faster mesh generation in parallel computing and supports large scale mesh.
Mesh adaptation analysis
With this function in a steady-state analysis, the mesh will be automatically refined in a region where the flow or pressure changes greatly. After the solver completes the calculation, the preprocessor is automatically launched and remashing is executed based on the calculation result. You can generate a coarse mesh first and refine the mesh automatically. The function is useful for analyzing flows in a tube of a complex form.
Modifying CAD data
When CAD data is used for simulation has a problem, the data can be modified in SC / Tetra. Boundary conditions can be set based on the part names and color information set in CAD data. When some regions are missing in the model, can be added shapes such as cuboids and cylinders.
Free surface
The function is used to calculate the shape of an interface between a gas and a liquid. The VOF method (Interface Capture Method) enables high-speed calculation with high-accuracy. The function can be used with other functions such as moving boundary, overset mesh, and particle tracking. The function is useful for analyzing the effect of waves on a ship and the effect of shaking into a gas tank.
Dynamical function, Moving elements A
passive translation and rotation of a rigid object can be analyzed. The object can be set to translate and rotate with up to 6 degrees of freedom. The function allows an analysis with a restraint condition (a spring for example) and an analysis of contacting objects. The function can make the check valve more realistic.
Cavitation
The function allows for the simulation of a vaporization phenomenon called cavitation, which is caused in a region where the pressure of a liquid becomes less than in the surrounding area. The occurrence of cavitation can be predicted by applying a cavitation model based on the pressure values. The software also supports problems caused by cavitation such as erosion.
Moving elements, discontinuous mesh
Flow with motion of objects can be calculated. Motion of objects is, for example, the rotation of fans and turbines, and translation such as cars or trains passing each other. By combining rotation and translation, various and more complex phenomena of moving objects can be simulated.
Overset the mesh
By overlapping mesh for a stationary region with mesh for a moving region, a motion that could not be simulated using existing functions such as deformation or rotation can be simulated. In addition, support of contact of objects and overlap of multiple moving regions. This function is useful for analyzing the opening and closing of a valve of a motor port, and a gear pump that works with its gears.
High-speed automated mesh generation.
High-quality mesh is automatically generated at a high speed by creating the octree and using the Advancing Front method. Prism layer elements can also be created automatically and the layer thickness can be set to link to the width of a flow channel. The software enables faster mesh generation in parallel computing and supports large scale mesh.
Mesh adaptation analysis
With this function in a steady-state analysis, the mesh will be automatically refined in a region where the flow or pressure changes greatly. After the solver completes the calculation, the preprocessor is automatically launched and remashing is executed based on the calculation result. You can generate a coarse mesh first and refine the mesh automatically. The function is useful for analyzing flows in a tube of a complex form.
Modifying CAD data
When CAD data is used for simulation has a problem, the data can be modified in SC / Tetra. Boundary conditions can be set based on the part names and color information set in CAD data. When some regions are missing in the model, can be added shapes such as cuboids and cylinders.
Free surface
The function is used to calculate the shape of an interface between a gas and a liquid. The VOF method (Interface Capture Method) enables high-speed calculation with high-accuracy. The function can be used with other functions such as moving boundary, overset mesh, and particle tracking. The function is useful for analyzing the effect of waves on a ship and the effect of shaking into a gas tank.
Dynamical function, Moving elements A
passive translation and rotation of a rigid object can be analyzed. The object can be set to translate and rotate with up to 6 degrees of freedom. The function allows an analysis with a restraint condition (a spring for example) and an analysis of contacting objects. The function can make the check valve more realistic.
Cavitation
The function allows for the simulation of a vaporization phenomenon called cavitation, which is caused in a region where the pressure of a liquid becomes less than in the surrounding area. The occurrence of cavitation can be predicted by applying a cavitation model based on the pressure values. The software also supports problems caused by cavitation such as erosion.
Moving elements, discontinuous mesh
Flow with motion of objects can be calculated. Motion of objects is, for example, the rotation of fans and turbines, and translation such as cars or trains passing each other. By combining rotation and translation, various and more complex phenomena of moving objects can be simulated.
Overset the mesh
By overlapping mesh for a stationary region with mesh for a moving region, a motion that could not be simulated using existing functions such as deformation or rotation can be simulated. In addition, support of contact of objects and overlap of multiple moving regions. This function is useful for analyzing the opening and closing of a valve of a motor port, and a gear pump that works with its gears.
More info (open / close)
required system
OS
(x64-only):
- Windows XP Professional
- Windows Vista Business / Ultimate / Enterprise
- Windows 7 Professional / Ultimate / Enterprise
- Windows 8 Pro / Enterprise
- Windows Server 2008
- Windows Server 2008 R2
- Windows Server 2012
Memory: 2GB; depends on number of mesh
HDDs: 3GB available disk space for installation
Other devices: Graphics card that supports OpenGL for Preprocessor / Postprocessor
- Windows XP Professional
- Windows Vista Business / Ultimate / Enterprise
- Windows 7 Professional / Ultimate / Enterprise
- Windows 8 Pro / Enterprise
- Windows Server 2008
- Windows Server 2008 R2
- Windows Server 2012
Memory: 2GB; depends on number of mesh
HDDs: 3GB available disk space for installation
Other devices: Graphics card that supports OpenGL for Preprocessor / Postprocessor
Specifications
Manufacturer: Software Cradle Co., Ltd.
Price: US $ 5,000 (for information only) File size: 2130 MB Release Date: 01:20 - 1394/12/18 | 2016.03.08 Source: PC Download / www.p30download.ir Rating:
Price: US $ 5,000 (for information only) File size: 2130 MB Release Date: 01:20 - 1394/12/18 | 2016.03.08 Source: PC Download / www.p30download.ir Rating:
Installation guide
1. Download the software first and
then unzip it.
2. Start the installation process by running the Setup.exe file.
3. Use the serial file in the Serial.exe file to install the software.
4. In the final stages of installation, the Settings page opens to complete them as needed.
5. After the main software installation is complete, the installation of the License Manager process is performed.
6. In Computer Type, select Server PC.
7. Next, give the software_cradle_SSQ.dat file address in the License folder.
8. Complete the FLEXlm Licensing installation process.
9. After installing the message "Restart the system", make sure to click "No" and do not restart the system.
10. The LMTools program, followed by the browser, opens to close both.
11. Copy the contents of the License folder to the location of the software that is the default C: \ Program Files \ Cradle.
12. Open the Drivers_net folder from the software installation location.
13. Right-click on the Install_Cradle_SSQ.bat file and select Run as Administrator.
14. Go to C: \ Windows \ System32 \ drivers \ etc and open the HOSTS file with Notepad.
15. Add the following two lines to the end and save the file:
2. Start the installation process by running the Setup.exe file.
3. Use the serial file in the Serial.exe file to install the software.
4. In the final stages of installation, the Settings page opens to complete them as needed.
5. After the main software installation is complete, the installation of the License Manager process is performed.
6. In Computer Type, select Server PC.
7. Next, give the software_cradle_SSQ.dat file address in the License folder.
8. Complete the FLEXlm Licensing installation process.
9. After installing the message "Restart the system", make sure to click "No" and do not restart the system.
10. The LMTools program, followed by the browser, opens to close both.
11. Copy the contents of the License folder to the location of the software that is the default C: \ Program Files \ Cradle.
12. Open the Drivers_net folder from the software installation location.
13. Right-click on the Install_Cradle_SSQ.bat file and select Run as Administrator.
14. Go to C: \ Windows \ System32 \ drivers \ etc and open the HOSTS file with Notepad.
15. Add the following two lines to the end and save the file:
127.0.0.1 cradle.co.jp
127.0.0.1 158.199.162.103
127.0.0.1 158.199.162.103
16. Restart your system once.
17. The software is fully functional and can be used without any restrictions.
Tips:
- This software is only installed on 64-bit systems.
- Preferably use Windows 7.
- It is best to copy the license file to the system first in a fixed path and then give it the software in step 7.
- It's best to interrupt your internet connection when working with the software.
- All files are compressed as much as possible and can be repaired with WinRAR software in case of incomplete downloads.
17. The software is fully functional and can be used without any restrictions.
Tips:
- This software is only installed on 64-bit systems.
- Preferably use Windows 7.
- It is best to copy the license file to the system first in a fixed path and then give it the software in step 7.
- It's best to interrupt your internet connection when working with the software.
- All files are compressed as much as possible and can be repaired with WinRAR software in case of incomplete downloads.
download links
File password
www.p30download.com
Dear Students, It's important to learn and earn experience
No comments:
Post a Comment