Altair HyperWorks streamlines the development of complex, connected products with intuitive workflows. It supports multi-physics modeling, design optimization, and simulation across various domains, featuring robust direct modeling, meshing, and assembly management for quick design iterations and evaluation of product variants.
Altair HyperWorks offers user-friendly workflows that boost productivity by leveraging domain knowledge, allowing teams to efficiently develop complex, connected products. The new HyperWorks interface lets engineers seamlessly switch between different physics domains and create reports without leaving the model. This platform supports robust design creation and optimization, covering areas like structures, fluids, electromagnetics, and manufacturing processes. With intuitive interfaces tailored to various user profiles, HyperWorks simplifies tasks such as geometry creation, mesh quality correction, and design evaluation, ensuring fast and accurate model development and exploration of design alternatives.
The rapid growth in mobile and wireless communications has led to a greater demand for propagation modeling and network planning simulations. Recently integrated into Altair HyperWorks, WinProp is a comprehensive suite of tools for wireless propagation and radio network planning, widely used by commercial and academic clients worldwide. It supports applications ranging from satellite to terrestrial, rural to urban, and indoor radio links, using innovative wave propagation models that balance accuracy with fast computation. This webinar will explore how WinProp complements HyperWorks' electromagnetic simulation capabilities, with a focus on future plans involving FEKO, and will include live demonstrations in industries like automotive and railway.
Feko has been a leader in high-frequency electromagnetic simulation for over 20 years, offering a cost-effective package of parallelized solvers to design products for an increasingly connected world. Used across industries like aerospace, defense, automotive, communications, and consumer electronics, Feko helps reduce time-to-market by enabling robust, simulation-driven product design. It supports a wide range of high-frequency electromagnetic applications, including optimizing wireless connectivity (such as 5G), ensuring electromagnetic compatibility (EMC), and performing radar cross-section (RCS) analysis. Feko integrates with other Altair tools to enhance system performance, explore more design alternatives, and accelerate the development of future products.
Delivering an Electric Vehicle Lab to the masses is a significant investment and operational challenge. As OEMs, suppliers, and emerging vehicle manufacturers pour billions into developing innovative electric vehicles and refining production processes, they seek strategic partners to bring their vision to life. Altair technologies are revolutionizing the design of electric, off-highway, and autonomous vehicles by accelerating product development, enhancing energy efficiency, and optimizing system performance. As electric vehicles transition from niche to mainstream, fast exploration of higher system voltages, innovative cooling solutions, and weight reduction become crucial to addressing range, drivetrain efficiency, and charging time challenges.
Altair’s industry-leading HPC tools empower you to manage, optimize, and analyze demanding workloads in data centers and the cloud. Trusted by both large and small computing environments, Altair ensures smooth operations through strong hardware and cloud partnerships. The Altair PBS Works™ suite, including PBS Professional®, improves productivity and efficiency for clusters, clouds, and supercomputers. Altair Access™ simplifies job management and remote visualization, while Altair SAO and Monitor™ optimize software license use. With seamless cloud bursting and the HyperWorks Unlimited platform, Altair delivers a turnkey HPC solution, packaging software, system administration, and infrastructure into one easy-to-use platform.
Altair offers a comprehensive portfolio of multiphysics-enabled software for simulating complex interactions like fluid-structure interaction (FSI), aeroacoustics, and thermomechanical behavior. Combined with multidisciplinary optimization and scalable HPC, Altair's tools solve real-world engineering challenges efficiently. Key offerings include MotionSolve™ for 3D multi-body simulations, Flux™ for electromagnetic system design, and AcuSolve® for FSI and aeroacoustics. Altair Activate™ enables rapid multi-disciplinary system modeling, while EDEM™ simulates bulk material behavior. HyperStudy® supports design exploration and optimization, and SimLab™ streamlines multiphysics analysis with CAD associativity. The HyperWorks Unlimited® platform provides a turnkey solution for massive virtual exploration with included HPC resource management.
Altair offers industry-leading electronic design automation (EDA) software to streamline product design verification and evaluation, significantly reducing design iterations and time-to-market. For printed circuit board (PCB) design, embedded systems development, and smart product realization, Altair’s tools address the challenges of increasing performance and complexity. Altair PollEx™ provides a comprehensive set of PCB design viewing, analysis, and verification tools, ensuring seamless data transfer and early issue detection to prevent product failures. Altair Embed® supports model-based firmware development for embedded systems, enabling efficient design, simulation, and code generation. Additionally, Altair Accelerator™ is the fastest enterprise job scheduler for EDA, maximizing capacity utilization and performance with scalable architecture and advanced license management.
Altair offers a comprehensive suite of tools for fluids and thermal analysis, suitable for both detailed component studies and full systems performance. AcuSolve™ provides robust CFD analysis of flow, heat transfer, turbulence, and non-Newtonian materials. ultraFluidX™ delivers rapid aerodynamic predictions for vehicles using GPU-based computing. nanoFluidX™ specializes in particle-based fluid dynamics for complex powertrain motions. EDEM™ simulates bulk and granular materials, integrating with CFD for particle-fluid systems. GE’s Flow Simulator, available through Altair, provides integrated flow, heat transfer, and combustion simulations. HyperStudy™ supports multi-disciplinary design exploration and optimization, integrating with popular CAE solvers for multiphysics evaluations.