ZWSIM MeshWorks 2022 SP2 (x64) Multilanguage

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[b]ZWSIM MeshWorks 2022 SP2 (x64) Multilanguage[/b]
Size: 1.40 GB Type: Apps Year: 2022 Version: 2022 SP2

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Description
ZWMeshWorks is a CAE platform with ready-made pre- and post- processors for developers to integrate solvers. Based on the self-developed modeling kernel and meshing techniques, it satisfies your needs from pre-processing, solving to post-processing, and significantly improves your development efficiency.

Advanced Meshing Techniques
The Hybrid Advancing-Front & Delaunay Mesh Generation enables you to generate high-quality meshes efficiently and easily. With parallel meshing, the efficiency and stability have been further improved. Capable of generating meshes for complicated geometry,

it can be applied to multidisciplinary simulation like structural, fluid, and electromagnetic.

High-Quality and Efficient Meshing
With the advanced meshing techniques, ZWMeshWorks can capture geometric features accurately and generate high-quality elements in a short time. Multiple types of meshes are supported, and the hexahedral hybrid ones can be generated automatically. The control of local meshes and the isotropic meshes are also accessible.

Highly Extendable and Compatible Platform
Being highly flexible, extendable and compatible, you can customize your user interface, exchange multidisciplinary model data and integrate different solvers seamlessly and efficiently.

Highlights

Powerful Modeling Capability
With the self-developed Overdrive kernel, parametric modeling and solid & surface hybrid modeling are available for faster and better modeling.

Friendly and Easy-to-Use
Clear workflow and friendly GUI make it easy for you to get started right away.

High-Performance Calculation
The parallel calculation of multi-core CPU and single GPU is supported to maximize the advantages of hardware and thus the efficiency of simulation.

Various Function Expressions
Loads of boundary conditions and materials that are changed with function expressions can be applied, making pre-processing settings more flexible and simulation more accurate.

Customizable and Reusable Materials
You can customize the properties of materials according to your specific needs, and add them to the library for reuse conveniently.

Diversified Ways to Display Results
The simulation results can be displayed as plots, tables, animations, etc., or customized as you like. You can also probe the results and generate relevant reports.

System Requirements
System Requirements
OS:Windows 8 / Windows 10 / Windows 11
CPU:Intel Core 2 Duo or AMD Athlon X2 CPU or higher (recommended)
Disk Space:4 GB free space in OS disk, 2 GB free space in installation
Memory:2GB or more (recommended)
GPU: 1GB or more (recommended)
Resolution:1024 x 768VGA display with True Color (minimum) 1440x900 with NVidia 8 series or Radeon HD series or higher
Whats New

Support for remeshing geometric objects（V2.0）
In addition to editing and modifying the mesh through simulation tree nodes, the new version of MeshWorks supports remeshing the existing mesh geometry through meshing function. A more flexible grid modification method is implemented.

Support smooth transition of mesh size inside volume mesh（V2.0）
When there is a large size difference between the two sides of the volume mesh due to the model, the transition mesh with poor quality will be generated. The new version supports setting the maximum change rate of volume mesh size to achieve smooth transition of volume mesh size.

Optimize grid division information feedback（V2.1）
In the new version, the information feedback after grid division is optimized, and the grid type, node number and operation duration generated by a single grid division operation are more in line with user habits.

Added mesh picking tool
Add a new tool for mesh picking, which can help to quickly select all displayed meshes and mesh nodes.

Add mesh node picking function（V2.0）
In the finite element simulation process, it is necessary to impose boundary conditions on the points, edges, surfaces, and entities of the model. The increase of the mesh node picking function can realize the imposing boundary conditions on the mesh node.

Add mesh face picking function（V2.0）
In the finite element simulation process, it is necessary to impose boundary conditions on the points, edges, surfaces, and entities of the model. The increase of the mesh face picking function can realize the application of pressure, heat flux and other loads on the grid surface, and support the application of contact to the mesh face.

Add mesh flaw checking function（V2.2）
Geometry defects or improper meshing may lead to some improper meshing in the model. Incorrect mesh can result in failure during calculation or lead to a result of deviation. The new function supports mesh detection, which can locates defective meshes to support model repair or mesh adjustment. The software provides a wealth of defect detection rules, which can detect interference meshes, non-manifold meshes, open edges, degenerate meshes, self-intersecting meshes, duplicated meshes, etc., which may be detrimental to the calculation

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