Download Altair HyperWorks Virtual Wind Tunnel v2017.1 x64 - Wind tunnel simulation software

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Altair HyperWorks Virtual Wind Tunnel is a software solution for simulating wind tunnels by the computer, which utilizes a high-quality CFD technology, as well as an efficient and automated process, to be able to quickly and accurately Anticipates aerodynamic performance of the car. The software provides users with the option of installing CAD software in order to have a Macintosh inside the software, allowing the computing to be done within an integrated environment.

Key features of software Altair HyperWorks Virtual Wind Tunnel:
- Computer modeling wind tunnels 
- using technology CFD high quality 
- a business process efficient and automated to simulate wind tunnel 
- speed and accuracy in predicting aerodynamic performance vehicle 
- Adjust mesh generator 
- Automatic calculation Vehicle reference area 
- Evaluation of the final model

    

HyperWorks Virtual Wind Tunnel is a vertical solution for external aerodynamics. The streamlined workflow in combination with customizable automatic result reporting ensures quick turnaround times during the development cycle. 
Altair's HyperWorks Virtual Wind Tunnel (HyperWorks VWT) is a new solution designed to provide better wind tunnel simulation technology and user experience. With a highly automated and streamlined workflow process and high quality CFD technology, Altair's HyperWorks VWT is able to more accurately and quickly predict the aerodynamic performance of its automobile.

Benefits 
Accurate, Robust and Scalable CFD Solver:
HyperWorks VWT is powered by Altair's computational fluid dynamics solver, AcuSolve®, a general-purpose, finite element based flow solver providing fast turnaround times, accuracy and robustness. 

AcuSolve provides fast and efficient transient and steady-state solutions for unstructured grids, and is capable of scaling over a large number of computing cores.

HyperWorks VWT utilizes Reynolds-Averaged Navier-Stokes (RANS) and Detached-Eddy Simulation (DES) technology to model turbulent flows and predict the flow field. DES technology combines fine-tuned, RANS technology for modeling near walls and attached boundary layers with the ability of large-eddy simulation (LES) to model separated regions in the wake behind the vehicle. Accurate external aerodynamic results are achieved for both, steady-state simulation using the RANS approach when physics allows and transient simulation using the DES approach. 

The AcuSolve's fluid structure interaction (FSI) capabilities are included in VWT to support the study of flexible components in an external flow field.

Rotating parts, eg wheels, are modeled by prescribing a tangential wall velocity to include rotational effects into the simulation. For automotive use cases, heat exchangers or condensers are modeled with a porous material model to consider the pressure drop through the components. The fluid used during the simulation is defined by density and viscosity, and can be adapted to a model, for example, water or air at a specific temperature. 

Advanced Meshing
HyperWorks VWT comes with a fast and efficient unstructured volume mesher including boundary layer generation. User-defined mesh mesh refinement zones are used to create a locally refined volume mesh to capture important flow phenomena, such as the wake of a vehicle or building. Parameters for boundary layer meshing can be defined globally or on a part basis for maximum control of total element count and use of refined layers only in regions where it is necessary. Volume meshing for an external automotive aerodynamics analysis (including underbody, underwear compartment and boundary layers) is typically done in a few hours. 

Highly Automated and Streamlined Workflow Process
VWT comes with a friendly and intuitive user environment. This is an all-in-one environment where users can import the water mesh, set up the problem, submit the simulation and get a final report. 

The setup process is highly automated, with a minimum number of parameters, and without compromising the solution quality. Additional controls over the various parameters are provided in the user environment. 
The simulation can be easily submitted to high-performance computing systems for expediting memory and compute-intensive tasks such as volume meshing, solving and post-processing.
A report containing problem setup, mesh statistics and results is generated automatically after completion of the simulation. In addition, advanced CFD post-processing can be performed for the most complex and large CFD data visualization, interactively or via batch processing mode. 

Capabilities: 
Pre-processing
- Meshing
  - Predefined mesh settings available, coarse / medium / fine 
  . 

  - User defined Boundary Layer (BL) parameters globally or on part basis. 
  - Exclusive Parts from BL growth to reduce total element count 
  - Advanced BL meshing algorithms to deal with complex geometry 

- Analysis setup 
  - Definition of rotating wheels or radiators with a few mouse clicks
  - Optional for moving wind tunnel ground 
  - Automatic calculation of vehicle's frontal reference area. 

Solver
 - Based on Altair's CFD solver. AcuSolve 
 - Low-requirement on element quality  - User defined sections with contour plots
 High-scalability even for low mesh-node / compute-node ratio
 - Robust Fluid-Structure-Interaction (FSI) capabilities 
 - Transient & steady state simulation 
 - RANS and DES turbulence modeling 

Post-Processing
 - Automatic report generation containing 
 - Summary of case setup 
 - Mesh statistics 
 - Numerical results, eg drag coefficient or y + Plots

 - User defined probe points to monitor the evolution of the flow field in a particular location

More info (open / close)

required system

- Operating Systems: Windows 7 / Windows 8.1 / Windows 10 / Windows Server 2008 R2 (64-bit) 
- Memory: 4 GB (higher recommended) 
- Disk space: 27 GB for complete installation 
- Graphics: OpenGL 3D graphics accelerator compatible with OpenGL 3.2 or higher 
- Dsiplay: True color (24-bit) support Install / update to most recent OpenGL patches / drivers 
- Monitor: 1680x1050 screen resolution or higher for optimal user experience 
- VGA: 1 GB or higher dedicated RAM

Specifications

Release new release report

Manufacturer: Altair Engineering, Inc. 
Price: $ 1,899 (for information only) File Size: 660 MB Release Date: 16:40 - 1396/5/12 | 2017.08.03 Source: PC Download / www.p30download.ir Rating: 

Installation guide

1. Download the software first and then unzip. 
2. Install the software by running the Setup.exe file. 
3. Enter the Crack directory and copy and paste the contents of it into the software installation location (default: C: \ Program Files \ Altair \ 2017). 
4. The software is fully activated and can be used without any restrictions. 
Tips:- This software is only installed on 64-bit systems. 
- Before installing, remove all previous versions of the software from the system. 
- All files are compressed as far as possible and can be repaired by WinRAR.

download links

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       Download - 660 MB

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