Ansys student license mesh

 

 

Ansys student license mesh 수
(Limitations to Student Licen)

 

 

 

 

The ANSYS Student product is limited to 16 cores.  

 

In a CFD model, if you add the number of cells to the number of nodes in the mesh, the sum should be less than 512k.

 

In a Structural model you add the number of elements to the number of nodes in the mesh, the sum should be less than 32k.  That is more strictly enforced and sometimes, the solver goes off and creates a lot of contact elements and refuses to run because the additional elements created push the model over the 32k limit even though the mesh you see in Mechanical was < 32k.

 

Doesn't matter how many cores you use but it has to be less than or equal to 16.

 

 

 

Ansys Student

 

 

Problem Size Limits

• Limits for Ansys Student and Discovery (Refine Mode)
• Limits for Ansys SPEOS
• Limits for Ansys Motion
• Ansys HPC (High-Performance Computing)

Problem Size Limits

• No Geometry Export

Limits for Ansys Student and Discovery (Refine Mode)

• Structural Physics: 128K nodes/elements
• Fluid physics: 1 Million cells/nodes

Limits for Ansys SPEOS

• Geometry: can support up to 50 bodies and 300 faces
• Number of Triangles: 32K

Limits for Ansys Motion

• 100K Nodes – Number of nodes for each flexible body
• 25K Contacts – Number of triangular patches
• 50 Rigid/Flex Bodies

Ansys HPC (High-Performance Computing):
Support up to four CPU cores of HPC solutions and 40 SMs of GPU computing on Fluent

 

 

 

 

 What's Included

• Workbench Analysis Systems/Physics:
• Bundled Applications & Features:

Bundled Applications & Features:

• Ansys Workbench
• Ansys Multiphysics
• Ansys Mechanical
• Ansys Discovery
• Ansys SPEOS
• Ansys Autodyn
• Ansys Forte
• Ansys Chemkin-Pro
• Ansys CFD (Ansys CFX and Ansys Fluent)
• Ansys Meshing and Extended Meshing
• Ansys DesignModeler
• Ansys DesignExplorer
• Ansys SpaceClaim
• Ansys Mechanical APDL
• Ansys Motion
• Ansys Polyflow
• Ansys CFD-Post
• Ansys EnSight
• Ansys TurboGrid
• Ansys EnVision 
• Ansys ACP Pre & Post
• FENSAP-ICE 
• Aqwa
• Ansys System Coupling

Workbench Analysis Systems/Physics:

• Couple Field Hormonic, Modal, Static & Transient
• Eigenvalue Buckling
• IC Engine
• Structural Optimization (Topology)
• Turbomachinery Fluid Flow
• Design Assessment
• Electric
• Explicit Dynamics
• Fluid Flow (CFX)
• Fluid Flow (Fluent)
• Harmonic Response
• Linear Buckling
• Magnetostatic
• Modal
• Random Vibration
• Response Spectrum
• Rigid Dynamics
• Shape Optimization
• Static Structural
• Steady-State Thermal
• Thermal-Electric
• Transient Structural

Geometry Import:

• Neutral format import IGES, STEP
• Parasolid (native within Ansys DesignModeler)

 

 

 

Ansys LS-DYNA Student

 

System and Browser Requirements

 

Supported Platforms and Operating Systems:

• Microsoft Windows 10, 64-bit

Minimum Hardware Requirements:

• Processor(s): Workstation class
• 4 GB RAM
• 25 GB hard drive space
• Computer must have a physical C:/” drive present
• Graphics card and driver: Professional workstation class 3-D
• OpenGL-capable

Download Times and Supported Browsers:
These are large files. Your internet connection speed and connection overhead will determine how long the download will take. Here’s a rough guide:

Download Speed (Mbps)	Average Download Time for Ansys Student Product	Supported Internet Browsers
10 Mbps (10Base-T)	55 mins	If you are using Mozilla Firefox or Microsoft Internet Explorer (7 or higher), you will be given the option to download using a Download Manager that will appear as either a pop-up window or a new tab in your browser. If you are using Google Chrome, the file will download directly, with no option to use a Download Manager. Note that Microsoft Internet Explorer 6 (or earlier) and other browsers are not supported.
25.6 Mbps (ATM25)	25 mins
51 Mbps (OC1)	15 mins

 

Ansys HPC (High-Performance Computing):
Ansys LS-DYNA: Support up to four cores for HPC solutions.

 

 

Problem Size Limits

 

128K nodes/elements

 

 

 

 

 

 

Updated

Ver 2023.08.21