Altair Inspire PolyFoam 2020.1.0 Build 847
Altair Inspire PolyFoam 2020.1.0 Build 847 | 1.9 Gb
Altair a global technology company providing solutions in product development, high-performance computing (HPC), and data analytics, announced the acquisition of S&WISE Co., Ltd., a Seoul-based leading provider of polyurethane foaming simulation.
The acquisition will allow Altair to offer customers the most advanced solution for polyurethane foam processing on the market. S&WISE accurately simulates the injection, foaming, and gelling processes, accounting for the important effects of chemical reactions during the process. An enhanced version of S&WISE’s solver released within Altair Inspire PolyFoam, providing the ease-of-use and productivity of other Inspire solutions. Customers will be able to:
- Check manufacturing feasibility early
- Reduce manufacturing defects
- Reduce cycle time by designing accurate gating locations and feed rates
- Leverage the best-in-class solver technology with a fast, highly accurate solution
- Utilize the included material database for commonly used foaming and tooling materials
The S&WISE solver and technology complements Altair’s existing Inspire manufacturing simulation offerings including casting, forming, mold-filling, extrusion, and additive manufacturing. S&WISE brings deep technical knowledge and more than a decade of experience serving global manufacturing customers.
Altair Inspire PolyFoam 2020.1 includes the following new features and enhancements.
New Features: User Interface
Component Creation and Editing
Create and edit components in your model with one click:
- Parts: Designate a foam part from existing geometry; easily make modifications through Inspire.
- Gate: Define moving or fixed gate paths.
- Nozzle: Define the nozzle size and foam injection direction.
- Tooling: Designate Velcro, inserts, guiders, mold and mold sections, and vents.
- Pouring Basin: Define a basin shape, material type, prefill percentage and temperature to analyze the characteristics of the foaming material.
Multicomponent Output and Visualization
Easily visualize the results of individual or multiple components using the legend at the top left of the modeling window.
New Features: Process Setup
Optimized Five-Step Process
Follow a guided template requiring minimal training to simulate the process to create foam parts:
1. Define a part: Import geometry and designate the polyfoam part.
2. Define a gate: Create a gate or import a gate path and nozzle parameters.
3. Add tooling: Add required Velcro, inserts, guiders, a mold and associated vents.
4. Define process parameters: Specify the foam type, ending conditions, mold opening and tilt pouring.
5. Simulate the entire foaming process.
New Features: Analysis Setup and Results
Foaming Analysis Setup Processes
Quickly and easily refine the part mesh and set up injection, foaming, and curing simulation processes.
Results by Process Stages
Quickly review results from the injection, foaming, and criterion stages of the simulation.
Custom Results
Customize your results to include:
- Specimen analysis that provides detailed information about a predefined region on a part.
- Sensors at specified locations on the part that reveal temperatures, density, pressures, velocities and more.
Result Types
Consider result types that include temperature, head ID, material ID, density, Polyol [mgKOH], pressure, velocity and mold temperature.
New Features: User Interface
Component Creation and Editing
Create and edit components in your model with one click:
- Parts: Designate a foam part from existing geometry; easily make modifications through Inspire.
- Gate: Define moving or fixed gate paths.
- Nozzle: Define the nozzle size and foam injection direction.
- Tooling: Designate Velcro, inserts, guiders, mold and mold sections, and vents.
- Pouring Basin: Define a basin shape, material type, prefill percentage and temperature to analyze the characteristics of the foaming material.
Multicomponent Output and Visualization
Easily visualize the results of individual or multiple components using the legend at the top left of the modeling window.
New Features: Process Setup
Optimized Five-Step Process
Follow a guided template requiring minimal training to simulate the process to create foam parts:
1. Define a part: Import geometry and designate the polyfoam part.
2. Define a gate: Create a gate or import a gate path and nozzle parameters.
3. Add tooling: Add required Velcro, inserts, guiders, a mold and associated vents.
4. Define process parameters: Specify the foam type, ending conditions, mold opening and tilt pouring.
5. Simulate the entire foaming process.
New Features: Analysis Setup and Results
Foaming Analysis Setup Processes
Quickly and easily refine the part mesh and set up injection, foaming, and curing simulation processes.
Results by Process Stages
Quickly review results from the injection, foaming, and criterion stages of the simulation.
Custom Results
Customize your results to include:
- Specimen analysis that provides detailed information about a predefined region on a part.
- Sensors at specified locations on the part that reveal temperatures, density, pressures, velocities and more.
Result Types
Consider result types that include temperature, head ID, material ID, density, Polyol [mgKOH], pressure, velocity and mold temperature.
Altair Inspire PolyFoam 2020.1.0 Build 847
Altair Inspire PolyFoam 2020.1.0 Build 847
Inspire PolyFoam is the newest simulation analysis tool of Altair. It is an integral part of Inspire for manufacturing platform. With Inspire Polyfoam, learn and perform a mold filling simulation and evaluate design concepts.
Inspire PolyFoam software predicts polyurethane reaction phenomena during the foaming process such as injection, foaming, curing and post-foaming considering chemical reactions and physical reactions. Inspire PolyFoam can predict the foaming pattern, heat and mass transfer including density distribution and temperature distribution according to the foaming component that affects the quality of the product.
Altair transforms design and decision making by applying simulation, machine learning and optimization throughout product lifecycles. Our broad portfolio of simulation technology and patented units-based software licensing model enable Simulation-Driven Innovation for our customers. With more than 2,000 employees, Altair is headquartered in Troy, Michigan, USA and operates 71 offices throughout 24 countries. Altair serves more than 5,000 customers across broad industry segments.
Product: Altair Inspire PolyFoam
Version: 2020.1.0 Build 847
Supported Architectures: x64
Website Home Page : www.altair.com
Language: english
System Requirements: PC *
Size: 1.9 Gb
Platform support and system requirements
The recommended computer configuration is an Intel I7 or I9 or Xeon based computer; 4-cores (8-threads); 16 GB of memory; OpenGL compatible graphics card with OpenGL 3.1 or later; running Microsoft Windows 10 (64-bit only).
The recommended computer configuration is an Intel I7 or I9 or Xeon based computer; 4-cores (8-threads); 16 GB of memory; OpenGL compatible graphics card with OpenGL 3.1 or later; running Microsoft Windows 10 (64-bit only).
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Altair Inspire PolyFoam 2020.1.0 Build 847
