ansys products 2022 R1
软件: ANSYS
Ansys 2022 R1: Simulation and Analysis in Multiphysical Systems
Overview
Ansys 2022 R1 stands as the latest iteration of this comprehensive suite, integrating structural, fluid, electromechanical, acoustics, and multiphysics engineering analysis tools into a unified platform. Designed to support a broad array of industries including aerospace, automotive, biomedicine, and civil engineering, this release redefines engineering design and simulation capabilities with an improved user experience, enhanced modeling and analysis tools, and broader software integration.
Enhanced Capabilities
Universal Simulation Suite
As a fully integrated platform, Ansys 2022 R1 allows for holistic modeling and analysis across various physical domains. This unified approach enables engineers to tackle more complex problems in a single, cohesive environment, providing a comprehensive view of interactions between different physical phenomena.
CrossPlatform Compatibility
The software's versatility extends to its deployment on a wide range of computer platforms, including personal computers, Unix SGI, HP, SUN, DEC, IBM, and Cray. This broad compatibility ensures seamless application across diverse hardware environments, making it accessible and powerful for all engineers.
Advanced Features and Improvements
Multidimensional Dynamics: The ability to analyze large, threedimensional flexible bodies, making it ideal for studying complex structures’ dynamic and structural characteristics.
Advanced Material Handling: Incorporates enhanced structural mechanics and extensive features for the handling and analysis of various materials, optimizing engineering designs through detailed simulations.
New Functions and Updates
In this version, Ansys has underscored significant advancements in numerous areas, such as:
Pressure Electrical Analysis: Utilizes sophisticated methods for analyzing the behavior of solid structures under DC, AC, or timevarying electrical and mechanical loads, beneficial for components like transformers and generators.
Acoustic Analysis: Features for solving sound propagation problems in an acoustic media, valuable for applications such as soundproofing, audio electronics, and marine engineering.
Electromagnetic Analysis: Covers a wide scope of electromagnetic phenomena, from electric fluxes, magnetic induction, electric fields to circuit simulation and energy loss, critical for designing electrical devices and systems.
Innovative Implementation
Coding and Scripting in Mechanical Interface
In Mechanical, Python scripting is now directly embeddable, allowing users to conduct an infinite number of modeling possibilities with coded automation.
Mesh Generation Efficiency
Advancements in shell meshing, including expedited meshing and enhanced quality, have been introduced for improved accuracy and efficiency.
Simplified MultiLevel Analysis
Simplified multilevel analyses offer up to 50 times faster computation for models, especially those with multiple symmetric sectors.
Advanced Dynamics Analysis in LSDYNA
Integration with LSDYNA, including capabilities for prestress loading and restarts in drop test simulations, assure sophisticated dynamical analysis in registration with mechanical forces.
Ansys Fluent Enhancements
Fluent has made strides in modeling high Mach number flows, improving the handling of reaction sources, implementing novel highspeed flow analysis techniques, streamlining grid adaptation for combustion, optimizing simulation performance in multiphase applications, and enhancing combustion models for better prediction of NOx and CO.
Ansys Maxwell Improvements
Ansys Maxwell has expanded migration to lower frequency simulations and introduced numerous multiphysics phenomena enhancements, broadening the scope for applied electromagnetic modeling, particularly for noise, vibration, and harshness conditions.
Ansys Lumerical Innovations
Lumerical products continue to prioritize innovation in photonics simulation, boasting more accurate, reliable results, and userfriendly interfaces for advanced modeling.
Ansys Discovery Innovation
Integration with Ansys Workbench, enhanced usability, and added simulation workflows have augmented Ansys Discovery’s capabilities for speeding up innovation and productivity across all stages of product development.
Ansys medini Analysis 101
Integration with Ansys medini platform has significantly streamlined safety, reliability, and security analysis in engineering processes.
Ansys SpaceClaim Optimization
Core enhancements in geometry processing, including improved geometry diagnostics, streamlined workflow, and advanced CAD integration, serve to refine and expedite design processes for sheet metal components and reverse engineering tasks.
Ansys OptiSLang Expansion
A redesigned optiSLang user experience, with additional node support and enhanced integration with Ansys simulation modules, broadens application options for simulation optimization.
Ansys Icepak Heat Management
An advanced HEAT module that features detailed modeling of junction and geometry conductance uses, highlighting efficiency improvements in thermal management.
Granta MI Material Data Access
A revamped user interface and enhanced data interoperability with a range of engineering software streamline the retrieval and management of reliable material data, supporting simulation workflows.
System Requirements
The Ansys 2022 R1 software suite supports a minimum system of Windows 10 (Professional, Enterprise, or Education) and Windows Server 2012 R2 (Standard edition), each requiring a minimum of 39 GB of SSD, as well as support for multicore processors with a minimum of 2 GB of RAM or higher for greater computational demands. These specifications ensure compatibility across a wide spectrum of hardware environments, facilitating an engaging and powerful simulation experience for engineering professionals.
Overview
Ansys 2022 R1 stands as the latest iteration of this comprehensive suite, integrating structural, fluid, electromechanical, acoustics, and multiphysics engineering analysis tools into a unified platform. Designed to support a broad array of industries including aerospace, automotive, biomedicine, and civil engineering, this release redefines engineering design and simulation capabilities with an improved user experience, enhanced modeling and analysis tools, and broader software integration.
Enhanced Capabilities
Universal Simulation Suite
As a fully integrated platform, Ansys 2022 R1 allows for holistic modeling and analysis across various physical domains. This unified approach enables engineers to tackle more complex problems in a single, cohesive environment, providing a comprehensive view of interactions between different physical phenomena.
CrossPlatform Compatibility
The software's versatility extends to its deployment on a wide range of computer platforms, including personal computers, Unix SGI, HP, SUN, DEC, IBM, and Cray. This broad compatibility ensures seamless application across diverse hardware environments, making it accessible and powerful for all engineers.
Advanced Features and Improvements
Multidimensional Dynamics: The ability to analyze large, threedimensional flexible bodies, making it ideal for studying complex structures’ dynamic and structural characteristics.
Advanced Material Handling: Incorporates enhanced structural mechanics and extensive features for the handling and analysis of various materials, optimizing engineering designs through detailed simulations.
New Functions and Updates
In this version, Ansys has underscored significant advancements in numerous areas, such as:
Pressure Electrical Analysis: Utilizes sophisticated methods for analyzing the behavior of solid structures under DC, AC, or timevarying electrical and mechanical loads, beneficial for components like transformers and generators.
Acoustic Analysis: Features for solving sound propagation problems in an acoustic media, valuable for applications such as soundproofing, audio electronics, and marine engineering.
Electromagnetic Analysis: Covers a wide scope of electromagnetic phenomena, from electric fluxes, magnetic induction, electric fields to circuit simulation and energy loss, critical for designing electrical devices and systems.
Innovative Implementation
Coding and Scripting in Mechanical Interface
In Mechanical, Python scripting is now directly embeddable, allowing users to conduct an infinite number of modeling possibilities with coded automation.
Mesh Generation Efficiency
Advancements in shell meshing, including expedited meshing and enhanced quality, have been introduced for improved accuracy and efficiency.
Simplified MultiLevel Analysis
Simplified multilevel analyses offer up to 50 times faster computation for models, especially those with multiple symmetric sectors.
Advanced Dynamics Analysis in LSDYNA
Integration with LSDYNA, including capabilities for prestress loading and restarts in drop test simulations, assure sophisticated dynamical analysis in registration with mechanical forces.
Ansys Fluent Enhancements
Fluent has made strides in modeling high Mach number flows, improving the handling of reaction sources, implementing novel highspeed flow analysis techniques, streamlining grid adaptation for combustion, optimizing simulation performance in multiphase applications, and enhancing combustion models for better prediction of NOx and CO.
Ansys Maxwell Improvements
Ansys Maxwell has expanded migration to lower frequency simulations and introduced numerous multiphysics phenomena enhancements, broadening the scope for applied electromagnetic modeling, particularly for noise, vibration, and harshness conditions.
Ansys Lumerical Innovations
Lumerical products continue to prioritize innovation in photonics simulation, boasting more accurate, reliable results, and userfriendly interfaces for advanced modeling.
Ansys Discovery Innovation
Integration with Ansys Workbench, enhanced usability, and added simulation workflows have augmented Ansys Discovery’s capabilities for speeding up innovation and productivity across all stages of product development.
Ansys medini Analysis 101
Integration with Ansys medini platform has significantly streamlined safety, reliability, and security analysis in engineering processes.
Ansys SpaceClaim Optimization
Core enhancements in geometry processing, including improved geometry diagnostics, streamlined workflow, and advanced CAD integration, serve to refine and expedite design processes for sheet metal components and reverse engineering tasks.
Ansys OptiSLang Expansion
A redesigned optiSLang user experience, with additional node support and enhanced integration with Ansys simulation modules, broadens application options for simulation optimization.
Ansys Icepak Heat Management
An advanced HEAT module that features detailed modeling of junction and geometry conductance uses, highlighting efficiency improvements in thermal management.
Granta MI Material Data Access
A revamped user interface and enhanced data interoperability with a range of engineering software streamline the retrieval and management of reliable material data, supporting simulation workflows.
System Requirements
The Ansys 2022 R1 software suite supports a minimum system of Windows 10 (Professional, Enterprise, or Education) and Windows Server 2012 R2 (Standard edition), each requiring a minimum of 39 GB of SSD, as well as support for multicore processors with a minimum of 2 GB of RAM or higher for greater computational demands. These specifications ensure compatibility across a wide spectrum of hardware environments, facilitating an engaging and powerful simulation experience for engineering professionals.
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