HyperWorks suite is one of the world’s most widely used software tools for CAE modeling and simulation used across all industries. Check their potential benefits for your business. Contact Advanced Engineering, the official distributor for the Czech Republic and the Slovak Republic.
- Broad range of simulation technologies including multi-physics analysis and optimization.
- The most advanced technologies enabling innovation, reduction of development times, and reduction of costs throughout the product life cykle.
- Integrated portfolio of:
- solvers and optimization technologies
- modeling and visualization tools
- applications to support innovative conceptual design
- and tools for manufacturing process simulation
- Software products open to other CAD/CAE solutions.
- Favorable licensing policy
Learn about the broad application:
HyperWorks software tools provide a flexible solution for modeling, analysis, optimization, visualization and automation of processes in the area of structural mechanics, multi-body simulation, or manufacturing process simulation. The individual HyperWorks tools can be effectively included in the CAE process from CAD data processing through advanced networking methods up to linear and non-linear calculations and stochastic studies.
What is HyperWorks software used for?
- Analysis and optimization
Optistruct, Radioss, MotionSolve, HyperLife and SimSolid are designed for structural analysis of structures and advanced product optimalization. Discover the most stressed areas in products and find out how to optimize, strengthen and improve the product.
- Modeling and visualization
3D modeling and preparation of finite-element mesh and solver-decks is carried out using the preprocessing software, or tools for the preparation of finite-element and multi-body models for subsequent calculation. Pre-processing is covered by HyperMesh, HyperCrash, MotionView and SimLab. Post-processing tools HyperView, HyperGraph 2D/3D or HyperStudy are suitable for analyzing the calculation results, data visualization and easy interpretation thereof.
- Simulation Driven Design
SimSolid software and Inspire product tools out of the SolidThinking family are used for simulation processes as part of conceptual product development. The Simulation Driven Design concept enables engineers to design the optimal shape of components directly according to load requirements, perform very fast analysis of different solution variants, make quick decisions and find the optimal solutions.
- Cloud and HPC solutions
Altair makes it possible to use software tools based on on-premise IT infrastructure as well as through cloud service. Use the hardware appliance HyperWorks Unlimited or the technologies of High Performance Computing in cloud environment for modeling and calculations of the PBS Professional technology (optimal planning of tasks and utilization of IT resources).
- Altair Partner Alliance
In addition to Altair tools, it is possible to use also third-party software within the Altair Partner Alliance licensing program. For example, we offer fluid dynamics analysis software (CFD), EM field simulation, fatigue and structural life calculations, and a range of industry-specific tools. By using the comprehensive package of programs within the flexible Altair licensing system, the user significantly saves costs in the CAE process.
We will guide you through the CAE tool evaluation
We will reommend you the most suitable tool for your typical tasks, provide you with a trial license, show you the right workflows and best practices. We will evaluate it together on your examples through benchmarks or PoC projects. Contact us or use the tutorials and test the tools by yourself.
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More information: Altair Resource Library | Altair Learning Center | Learning library na Altair University
Following the experience of a modern user experience in SimLab, Inspire, Compose and Activate, Altair has developed a new HyperWorks X application that includes a new workflow functionality for creating and editing geometry, morphing, FEM networking. The traditional HyperMesh pre-processing tool remains parallel in the offer, and its data format is also used in the new HyperWorks X.
A high-performance pre-processing tool capable of preparing even the largest and most complex models for a variety of multi-physical analyzes. It became a leader among preprocessors and thanks to its universality and efficient creation of high quality FEM mesh it is often used also in combination with solvers of other vendors. In addition to the standard methods of creating 3D meshes, HyperMesh also offers advanced meshing methods, especially for modifying an existing mesh. For this purpose, HyperMesh has a full range of editing tools. You can then very effectively make geometric model changes such as adding / editing ribs, adding / removing screw holes. It is also easy to refine the mesh in the critical points of the structure.
Process-oriented multi-disciplinary simulation environment for complex assembly analysis. It is prepared for solving multi-physical analyzes (structural, thermal, fluid flow). SimLab’s pre-processing delivers highly automated model preparation and networking, resulting in high-quality and optimally fine mesh at critical points. This is done by direct linking of FEM model to CAD geometry (features), template-based meshing, scripting and other techniques. SimLab achieves high time savings, especially in complex shape parts and processing of many product variants.
Robust pre-processing tool specifically developed to automate the creation of high-quality models for virtual crash testing and passive vehicle safety verification. Typical use is with explicit solver Altair Radioss and LS-Dyna.
Long-term proven, modern structural solver of linear and nonlinear problems in the field of statics, dynamics, vibration, acoustics, durability and multi-physical disciplines. It has gained its reputation as a cutting edge tool thanks to advanced features for topological, shape and size optimization. You can optimize the product for the best weight, stiffness, strength, durability, or vibration suppression, while maintaining or improving other parameters.
A leader and high performance explicit solver for highly nonlinear problems and dynamic loads. It is a worldwide used tool for solving the impact resistance of mechanical structures, increasing passive safety and verifying manufacturability used in all industries. In addition to classic applications in the automotive and aerospace industries, it also has successful applications in the defense industry.
A revolutionary simulation tool for linear and nonlinear structural analysis. It eliminates the need to simplify the geometric model and meshing, the most time-consuming and accuracy sensitive activities of traditional FEM tools. SimSolid also achieves extremly short computational times thanks to a different computing methods (not using the classical finite element method). Its typical use is in the area of conceptual design or evaluation of many variants. Very efficient tool for quick decisions and selecting the optimal design variant.
A highly intuitive application developed on a framework independent on a specific FEM solver. It contains a set of functions for fatigue analysis and lifetime prediction of mechanical structures. The algorithms applied in HyperLife have been tested by hundreds of thousands of calculations within the eFatigue.com portal.
Integrated solution for analysis and optimization of mechanisms (Multi Body Dynamics). 3D multi-body mechanism simulation helps predict dynamic response and optimize product performance. Thanks to closecooperation with with customers, MotionSolve is a well-proven tool in terms of quality, robustness and speed. MotionView is used to visualize results and post-processing.
Leading general-purpose Computational Fluid Dynamics (CFD) solver that is capable of solving the most demanding industrial and scientific applications. Robust and scalable solver technology empowers users by providing unparalled accuracy.
Simulation tool for ultra-fast prediction of aerodynamic properties of cars and trucks as well as evaluation of buildings from the perspective of wind load. Tool for analysis of external aerodynamics based on Lattice Boltzmann method.
Simulation tool for fluid flow analysis based on particle hydrodynamics (SPH) method, which predicts fluid flow within complex geometry of mechanical structure and under the influence of moving parts. A typical example is the transmission oil lubrication simulation.
Finite-element-method software for electromagnetic and thermal simulations in both 2D and 3D applications. It is a solution for low-frequency electrostatic and electromagnetic fields, which is used for the development of electric motors, actuators, transformers, power electronics, sensors, induction heating devices, for electromagnetic compatibility tasks etc. FluxMotor application is dedicated to the design of electric motors.
High-frequency electromagnetic field analysis software to address a wide range of EM problems. It is used e.g. for the design of antennas of various kinds, radar systems and telematics systems, as well as for the development of car keyless locking systems, magnetic resonance imaging diagnostic devices, for simulation of electronic equipment decommissioning (SAR) and electromagnetic compatibility solutions. The second tool is WinProp, which simulates EM waves propagation for both indoor and urban environments and also the open countryside. It is used in telecommunications, aerospace, automotive and other industries.
Post-processing and visualization tool for FEM analysis, multi-body simulation and CFD tasks. It includes advanced visualizations and animations, window content synchronization when users evaluate the results in different visualizations. Additionally there is free HyperView Player as a tool for sharing analysis results in 3D.
Powerful tool for analyzing simulation results and creating 2D / 3D graphs. The math engine contains more than two hundred mathematical functions and operators, has an interface to HyperMath, Python or MatLab and can process data from a variety of data formats. Therefore, it is often used in combination with other vendors’ solvers.
Solver-independent tool for design studies and multi-disciplinary product design optimization in terms of performance, functionality and robustness. It helps designers and engineers understand design variations, data dependencies and parameter value trends, and find a balanced, optimized and robust design.
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