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Whether you’re designing a new product or evaluating an existing one, Ansys SpaceClaim can help you make better design decisions. It’s a powerful physics-based modeling software that’s designed to let you model any physical system, including structures, fluids, and biological systems. And it can help you do it all faster.
ANSYS LS-DYNA
ANSYS LS-DYNA SpaceClaim provides a tool for designing systems by generating material properties. It helps you to make better design decisions, such as analyzing the nonlinear behavior of geometry or joints. It also allows you to perform simulations in real time. You can simulate the response of a structure to impacts, including joint impacts, which may affect its durability.
Ansys LS-DYNA is used in many industries, such as aerospace and automotive. It is the primary crash simulation tool used by major automotive OEMs. It can be used to simulate impact, including joint and mechanism impacts, and also offers the ability to simulate complex models, including macro-scale structures and structures with contact effects. It also has a large collection of barrier models. It is also used in injury mechanism investigation.
Ansys LS-DYNA is used for both impact and multiphysics simulations, including human body simulation. It offers extensive contact formulations, which can be applied to parts, as well as detection between parts. The program also offers industry-specific capabilities for marine environments.
ANSYS SpaceClaim Direct Modeler
ANSYS SpaceClaim is a versatile 3D modeling tool that can be used for a variety of purposes. It has an interface that enables users to improve and refine concept models. The software offers an array of tools to automate repetitive tasks and simplify geometric problems associated with 3D CAD. It also allows users to create and edit 2D and 3D files.
The tool is very easy to learn and use. It also promotes teamwork. This makes it ideal for design and manufacturing. Besides, the application is affordable. Its intuitive tools allow engineers to make dramatic changes to existing models.
With SpaceClaim, you can also repair corrupt CAD files. You can also adjust wall thickness and k-factors. The software also offers a variety of faceted data simplification tools, such as Shrinkwrap. These tools can help smooth rough scans and solidify faceted models. The tool also allows you to convert solid bodies into sheet metal bodies.
ANSYS SpaceClaim is ideal for engineers who are looking for a 3D modeling tool. It can help engineers quickly develop concepts, create accurate 3D drawings, and prepare models for manufacturing.
ANSYS optiSLang
ANSYS optiSLang is a next-generation design optimisation solution for parametric product development. Using AI and state-of-the-art algorithms, it automates the simulation and optimization process, and makes it possible to make better design decisions more quickly. It integrates parametric models from third-party and in-house software, as well as data from in-house applications. It also supports text-based interfaces and custom integrations.
Ansys optiSLang is used by engineers across the globe to help develop products, automate process chains, and improve engineering productivity. It enables engineering teams to make better decisions earlier in the design process, thereby enhancing productivity and accelerating innovation.
With Ansys SpaceClaim Trial, customers can leverage the power of materials intelligence, enabling smart materials choices and improved data management. It offers improved workflows, multi-tool support, and enhanced collaboration. It also enhances cloud offerings, providing interactive workstations and on-demand computing resources.
Ansys optiSLang allows for a variety of simulation options, including simulation with geometry, physics, and sensitivity study, and can be integrated with ANSYS Workbench. It has an intuitive user interface and provides near-real-time feedback. It supports a variety of sampling techniques, including the Hypercube sampling technique. It can also handle non-resolvable parameter combinations.
ANSYS Medini analyze
ANSYS Medini is a model-based safety analysis tool that provides comprehensive support for safety analysis at the chip, IP and system level. It provides complete support for all aspects of functional safety analysis and is ISO 26262 compliant. It supports the complete safety lifecycle with risk and hazard analysis, safety modeling, and modeling flow enhancement. It also offers a comprehensive set of default reporting capabilities.
Medini integrates with other engineering tools, such as RedHawk-SC, Simulink, and BIRT. It also offers integration with development tools through COM connectivity.
Medini supports a wide variety of document formats. It is also a very flexible tool, as it offers users the ability to write their own scripts to enhance automation capabilities. It also provides the user with the option to export reports in many different formats. Medini is an ideal tool for embedded control systems, as it offers users a targeted solution that can be tailored to the needs of the project.
