Structural Simulation / Multi-physics Simulation
Mechanical Enterprise: A powerful and complete general structural simulation software package
Ansys Mechanical Enterprise, a powerful state-of-the-art general structural finite element simulation software, is designed for the entire process from structure modeling to meshing, solving setup, simulation calculation, post-processing and optimization design, including comprehensive material models; linear and non-linear simulations (including pre-stressed modes, harmonics, spectral response, random vibration, etc.) are available for super-elastic shape memory alloys, soil, concrete, plastics, metal structures, and defined materials. Implicit and explicit solving in transient domains is supported. Modeling and ACT of marine fluid dynamics and composite materials are supported. The package is furnished with Ansys Twin Builder, a built-in multidisciplinary system-level simulation tool.
Mechanical Premium: A linear and non-linear structure simulation software package
Employing powerful finite element algorithms, Ansys Mechanical Premium exhibits excellent scalability, thus being suitable for linear structure simulation, non-linear structure simulation, rigid body dynamics simulation, and heat transfer and transient thermal simulation; it's also available with fluid and EMF tools for multi-physics field coupling simulation.
Ansys LS-DYNA: Explicit finite element software
Ansys LS-DYNA, the world's famous general-purpose explicit dynamic simulation software that is highly recognized and widely acclaimed in the industry, integrates the finite element method with pre- and post-processors to simulate real-world complexities. This software is perfect for solving the short-term severe deformations (e.g., high-speed collisions, explosions and massive permanent deformations) of various two- and three-dimensional non-linear structures, as well as non-linear dynamic impact problems such as stamping and metal forming; moreover, it can also solve heat transfer, fluid and fluid-solid coupling problems. Tight integration of the LS-DYNA explicit solving algorithm with the Ansys pre- and post-processors brings about easier and faster simulation of crash test, metal forging, stamping, breakage and other non-linear phenomena, as well as the solving of their combinatorial problems; it's extensively recognized as the best analytic software package for engineering applications. Numerous comparisons with experiments have demonstrated the reliability of calculations with the software.
Ansys Autodyn: Explicit finite element explosion and impact simulation software
With superior adaptability and state-of-the-art, powerful simulation capabilities, non-linear explicit finite element solving software Ansys Autodyn is designed to build non-linear dynamic simulation models for solids, fluids, gases and their interactions. Ansys offers highly specialized technical support. Ansys Autodyn handles the whole process from simulation modeling and setup through solving to post-processing through convenient, fully integrated graphical user interfaces. It integrates a variety of physical solvers (FE, CFD, SPH) for multi-solver coupled simulation, and is designed with built-in thermodynamic material models and data for constitutive response, as well as metals, ceramics, glass, cement, rock & earth, explosives, water, air and other solids, fluids and gases.
鉄筋コンクリートの破壊
Ansys Sherlock Automated Design Analysis: Reliability analysis
Ansys Sherlock Automated Design Analysis software helps designers simulate real-world conditions and accurately model PCBs and packaging, thereby predicting electronic faults at early design stages; therefore, this software is considered an industry revolution in electronic design and reliability simulation.
Today, there is an urgent need for complex analysis of circuit boards, components and systems in the electronics sector; in response, Ansys Sherlock is constantly innovated and offers enhanced features, so that users can manage the analyses efficiently. Ansys Sherlock is the industry's few reliability analysis software products based on physical analysis of electronics reliability (RPA). Its method for physical analysis of reliability combines experimental testing and finite element analysis to directly import EDA files, efficiently build models, and greatly save analysis time; furthermore, highly accurate reliability analysis results can be guaranteed.
Ansys Additive Suite: An additive manufacturing solution
The Ansys Additive Suite covers the entire additive manufacturing workflow from design for additive manufacturing (DfAM) to verification, print data preparation, process simulation and materials development. This integrated solution helps structure designers, process engineers and quality analysts avoid production failures, and manufacture parts that precisely meet design specifications.
With the various meshing options offered by the suite, connected hierarchical meshes are created to capture the details of model geometry more accurately and achieve precise detail features. The Ansys Additive Suite gives you full control of the processing procedures, while heat treatment and support removal procedures can now be added to perform a more complete simulation of the overall additive manufacturing.
Ansys nCode DesignLife: Advanced fatigue simulation software
Ansys nCode DesignLife is the industry's leading durability analysis tool that is fully integrated under Ansys Workbench for quick and easy operation. The results of Ansys Mechanical's Finite Element Analysis (FEA) are leveraged to calculate product failure due to repeated stress and strain loading. The software incorporates a complete library of material models and advanced fatigue simulation modeling techniques. Comprehensive fatigue diagnosis processes are provided to predict the fatigue life of products.
Ansys Motion: Sophisticated flexible multi-body dynamics software
Ansys Motion is a flexible multi-body dynamics-based next-generation engineering solution that enables fast and accurate analysis of rigid-flexible coupling in a unified solver system. As a tightly integrated multi-body and structural solver, this software provides high-accuracy solutions to a range of coupling problems of rigid motion and morphing. The results find application in the design of many industrial applications for system motion performance analysis, stress safety analysis, vibration analysis, and fatigue analysis.
Ansys Motion incorporates dedicated tools for Drivetrain toolkit, Links toolkit and Car toolkit to handle the entire simulation process. Furthermore, the sophisticated EasyFlex toolkit helps engineers to yield accurate and efficient simulation results.
Structural Simulation / Multi-physics Simulation
Mechanical Enterprise: A powerful and complete general structural simulation software package
Ansys Mechanical Enterprise, a powerful state-of-the-art general structural finite element simulation software, is designed for the entire process from structure modeling to meshing, solving setup, simulation calculation, post-processing and optimization design, including comprehensive material models; linear and non-linear simulations (including pre-stressed modes, harmonics, spectral response, random vibration, etc.) are available for super-elastic shape memory alloys, soil, concrete, plastics, metal structures, and defined materials. Implicit and explicit solving in transient domains is supported. Modeling and ACT of marine fluid dynamics and composite materials are supported. The package is furnished with Ansys Twin Builder, a built-in multidisciplinary system-level simulation tool.
Mechanical Premium: A linear and non-linear structure simulation software package
Employing powerful finite element algorithms, Ansys Mechanical Premium exhibits excellent scalability, thus being suitable for linear structure simulation, non-linear structure simulation, rigid body dynamics simulation, and heat transfer and transient thermal simulation; it's also available with fluid and EMF tools for multi-physics field coupling simulation.
Ansys LS-DYNA: Explicit finite element software
Ansys LS-DYNA, the world's famous general-purpose explicit dynamic simulation software that is highly recognized and widely acclaimed in the industry, integrates the finite element method with pre- and post-processors to simulate real-world complexities. This software is perfect for solving the short-term severe deformations (e.g., high-speed collisions, explosions and massive permanent deformations) of various two- and three-dimensional non-linear structures, as well as non-linear dynamic impact problems such as stamping and metal forming; moreover, it can also solve heat transfer, fluid and fluid-solid coupling problems. Tight integration of the LS-DYNA explicit solving algorithm with the Ansys pre- and post-processors brings about easier and faster simulation of crash test, metal forging, stamping, breakage and other non-linear phenomena, as well as the solving of their combinatorial problems; it's extensively recognized as the best analytic software package for engineering applications. Numerous comparisons with experiments have demonstrated the reliability of calculations with the software.
Ansys Autodyn: Explicit finite element explosion and impact simulation software
With superior adaptability and state-of-the-art, powerful simulation capabilities, non-linear explicit finite element solving software Ansys Autodyn is designed to build non-linear dynamic simulation models for solids, fluids, gases and their interactions. Ansys offers highly specialized technical support. Ansys Autodyn handles the whole process from simulation modeling and setup through solving to post-processing through convenient, fully integrated graphical user interfaces. It integrates a variety of physical solvers (FE, CFD, SPH) for multi-solver coupled simulation, and is designed with built-in thermodynamic material models and data for constitutive response, as well as metals, ceramics, glass, cement, rock & earth, explosives, water, air and other solids, fluids and gases.
鉄筋コンクリートの破壊
Ansys Sherlock Automated Design Analysis: Reliability analysis
Ansys Sherlock Automated Design Analysis software helps designers simulate real-world conditions and accurately model PCBs and packaging, thereby predicting electronic faults at early design stages; therefore, this software is considered an industry revolution in electronic design and reliability simulation.
Today, there is an urgent need for complex analysis of circuit boards, components and systems in the electronics sector; in response, Ansys Sherlock is constantly innovated and offers enhanced features, so that users can manage the analyses efficiently. Ansys Sherlock is the industry's few reliability analysis software products based on physical analysis of electronics reliability (RPA). Its method for physical analysis of reliability combines experimental testing and finite element analysis to directly import EDA files, efficiently build models, and greatly save analysis time; furthermore, highly accurate reliability analysis results can be guaranteed.
Ansys Additive Suite: An additive manufacturing solution
The Ansys Additive Suite covers the entire additive manufacturing workflow from design for additive manufacturing (DfAM) to verification, print data preparation, process simulation and materials development. This integrated solution helps structure designers, process engineers and quality analysts avoid production failures, and manufacture parts that precisely meet design specifications.
With the various meshing options offered by the suite, connected hierarchical meshes are created to capture the details of model geometry more accurately and achieve precise detail features. The Ansys Additive Suite gives you full control of the processing procedures, while heat treatment and support removal procedures can now be added to perform a more complete simulation of the overall additive manufacturing.
Ansys nCode DesignLife: Advanced fatigue simulation software
Ansys nCode DesignLife is the industry's leading durability analysis tool that is fully integrated under Ansys Workbench for quick and easy operation. The results of Ansys Mechanical's Finite Element Analysis (FEA) are leveraged to calculate product failure due to repeated stress and strain loading. The software incorporates a complete library of material models and advanced fatigue simulation modeling techniques. Comprehensive fatigue diagnosis processes are provided to predict the fatigue life of products.
Ansys Motion: Sophisticated flexible multi-body dynamics software
Ansys Motion is a flexible multi-body dynamics-based next-generation engineering solution that enables fast and accurate analysis of rigid-flexible coupling in a unified solver system. As a tightly integrated multi-body and structural solver, this software provides high-accuracy solutions to a range of coupling problems of rigid motion and morphing. The results find application in the design of many industrial applications for system motion performance analysis, stress safety analysis, vibration analysis, and fatigue analysis.
Ansys Motion incorporates dedicated tools for Drivetrain toolkit, Links toolkit and Car toolkit to handle the entire simulation process. Furthermore, the sophisticated EasyFlex toolkit helps engineers to yield accurate and efficient simulation results.
