Altair SLC

10 reviews

Many organizations have developed SAS language programs over the past 20 years that are vital to their operations. Altair SLC runs programs written in SAS language syntax without translation and without needing to license third-party products. Altair SLC reduces users’ capital costs and operating expenses thanks to its superb ability to handle high levels of throughput.

Altair SimLab

9 reviews

SimLab is a process-oriented multidisciplinary simulation environment to accurately analyze the performance of complex assemblies. Multiple physics including structural, thermal and fluid dynamics can be easily setup using highly automated modeling tasks, helping to drastically reduce the time spent creating finite element models and interpreting results. Altair robust, accurate and scalable solvers can run either locally, on remote servers or in the cloud.

Altair HyperView

7 reviews

Altair® HyperView® is a comprehensive post-processing and visualization software designed for engineers to analyze and interpret simulation results from finite element analysis and multi-body system simulations. It offers high-fidelity, interactive 3D data visualization, enabling users to manage large result files efficiently and transform complex data into comprehensive animations, plots, and reports. HyperView's multi-disciplinary viewer supports various simulation types, including structural, thermal, and dynamic analyses, facilitating accurate interpretations and informed decision-making. Key Features and Functionality: - Seamless Integration with Leading CAE Solvers: HyperView supports a wide range of solver technologies, including Altair® OptiStruct®, Altair® Radioss®, Altair® MotionSolve®, Altair® AcuSolve®, Abaqus, Ansys, LS-Dyna, Nastran, Pam-Crash, Adams, ADVC, and more, allowing users to animate and plot results from various sources. - Tailored Solutions for Any Domain: The software offers industry-specific toolkits for vehicle safety, NVH analysis, aerospace simulations, and more, providing specialized functionality to deepen users' understanding of simulation results. - Data Synchronization: HyperView synchronizes animations, plots, videos, and tables within a single application, ensuring consistency and accuracy across all analyses. - Multi-Page, Multi-Window Environment: Users can study multiple models simultaneously, enabling comprehensive analysis and comparison through flexible layout organization. - Advanced Results Post-Processing: The software allows for in-depth analysis by interrogating model and results data, generating customized load cases, and computing failure indices. - Automated Report Generation: HyperView enables the creation of customizable templates and fully automated PowerPoint reports that dynamically showcase animations and results, streamlining the reporting process. Primary Value and User Solutions: HyperView enhances engineering productivity by providing a robust platform for post-processing and data visualization. It simplifies the interpretation of complex simulation data, allowing engineers to make informed decisions quickly. The software's ability to handle large datasets and integrate seamlessly with various CAE solvers reduces the time and effort required for analysis. Additionally, its advanced visualization tools and automated reporting capabilities improve communication of findings, facilitating collaboration and accelerating the product development process.

Altair Knowledge Studio

5 reviews

Angoss KnowledgeSTUDIO is an industry-first application that brings a new age of integrated customer intelligence by combining visual text discovery and sentiment analysis with the power of predictive analytics

Altair Flow HyperGraph

4 reviews

Altair® HyperGraph® is a comprehensive data analysis and visualization tool designed to streamline computer-aided engineering (CAE processes. It offers an intuitive interface and a sophisticated math engine capable of processing complex mathematical expressions, enabling users to extract meaningful insights from intricate datasets. HyperGraph supports a wide range of data formats and solvers, facilitating seamless integration into various engineering workflows. Its advanced automation features, including an automatic plot builder and customizable report templates, enhance productivity by minimizing manual tasks. With high-quality presentation outputs and extensive customization options, HyperGraph empowers engineers and analysts to make data-driven decisions efficiently. Key Features and Functionality: - Powerful 2D and 3D Data Analysis and Plotting: HyperGraph provides robust tools for analyzing and visualizing both 2D and 3D data, accommodating complex datasets with ease. - Broad Solver Compatibility: The software supports a wide array of solvers, including those from Altair's portfolio and others like Abaqus, Ansys, and more, ensuring flexibility across different engineering applications. - Extensive Data Format Support: HyperGraph can read over 130 data formats, including various test data formats, ensuring seamless data import and analysis. - Automatic Plot Builder: This feature generates fully annotated plots directly from engineering data, automatically assigning axes, headers, footers, legends, and curve properties for clear and comprehensible charts. - Customizable Math Library: Users can add custom-defined math functions to Altair’s robust math library, facilitating advanced CAE analysis tailored to specific needs. - Reusable Report Templates: HyperGraph allows the creation of standardized report templates, capturing channels, filter frequencies, and annotation text as parameters, which streamlines data analysis and results dashboarding. - Seamless Integration with Altair Products: The software integrates smoothly with other Altair products, such as Altair Compose® and Altair® HyperView®, enhancing its capabilities and providing a comprehensive analysis ecosystem. - Process Automation Tools: HyperGraph includes tools like command recording and playback, enabling users to automate repetitive tasks and ensure consistent results across analyses. Primary Value and User Solutions: HyperGraph addresses the challenges engineers and analysts face when dealing with complex datasets by providing an efficient and user-friendly platform for data analysis and visualization. Its automation capabilities reduce manual effort, allowing users to focus on interpreting results and making informed decisions. The software's extensive compatibility with various solvers and data formats ensures it can be seamlessly integrated into existing workflows, enhancing productivity and accuracy. By offering high-quality presentation outputs and customizable features, HyperGraph enables users to effectively communicate their findings, facilitating collaboration and innovation within engineering teams.

Altair Knowledge Seeker

3 reviews

Angoss KnowledgeSEEKER's fundamental data mining and predictive analytics capabilities such as data preparation, profiling, visualization, Decision Tree analysis, strategy design and deployment, will take you through an analytics journey that will answer questions such as 'What is likely to happen' and 'What should I do?'

Altair Flux

3 reviews

Altair Flux is a comprehensive simulation software designed to optimize the performance, efficiency, size, weight, and cost of electromechanical equipment such as motors, sensors, and actuators. With over 35 years of industry leadership, Flux provides precise modeling of magneto-static, steady-state, and transient conditions, along with electrical and thermal properties. Its user-friendly interface and advanced simulation capabilities enable designers to develop high-performance products more efficiently, reducing the need for physical prototypes. Seamlessly integrated with the Altair HyperWorks multiphysics optimization platform, Flux facilitates the evaluation of dynamic interactions within subsystems, streamlining the entire design process. Key Features and Functionality: - Efficient Geometry Description and Meshing: Accelerates pre-processing with tools like sketcher, modeler, defeaturing functions, dedicated e-Motor environment, and smart auto-adaptive mesh, supporting 2D, skew, and 3D designs. - Advanced Physical Properties: Offers embedded models for magnetic, electric, and thermal analyses, including static, steady-state AC, and transient conditions, along with complex electrical circuit editing and rigid body motion capabilities for real-life predictions. - Powerful Modeling Techniques: Provides solutions for fast and accurate analysis, including non-meshed coils, non-linear anisotropic material behavior, hysteresis, and skin and proximity loss in windings. - Fast and Robust Solvers: Utilizes multiple linear and non-linear solvers, enhanced by efficient optimization methods and high-performance computing , to explore new layouts and perform multiparametric studies. - Comprehensive Post-Processing: Features a versatile postprocessor for analyzing and reporting results from multiparametric solving, including potential, flux density, temperature, electric and magnetic fields, and mechanical quantities. - Seamless Multiphysics Optimization: Integrates various physics into a single optimization loop, sharing models, design variables, and mesh, and automating the process to provide a comprehensive view of complex phenomena. Primary Value and User Solutions: Altair Flux empowers engineers and designers to develop innovative and high-performance electromechanical products by accurately simulating complex electromagnetic and thermal phenomena. By reducing reliance on physical prototypes, Flux accelerates the design process, minimizes development costs, and enhances product reliability. Its integration with the HyperWorks platform enables a holistic approach to multiphysics optimization, ensuring that all aspects of a product's performance are considered. This comprehensive capability allows users to address challenges related to efficiency, size, weight, and cost, ultimately delivering superior products to the market.

Altair FluxMotor

2 reviews

Altair FluxMotor is a specialized software platform designed to streamline the global design and optimization of electric rotating machines. It empowers engineers to rapidly explore various motor configurations, considering multiphysics constraints, and identify the most promising designs within minutes. The intuitive environment caters to both generalists and experts, facilitating efficient creation, analysis, reporting, and optimization of electric motors. Integrated multiphysics capabilities allow designers to predict electromagnetic performance, optimize cooling strategies, and assess noise, vibration, and harshness performance within a single platform. Key Features and Functionality: - High Productivity Gains: The user-friendly interface enables rapid exploration of multiple motor variants, allowing engineers to focus on innovation. - Multiphysics Solution: Comprehensive analysis of electromagnetic performance, cooling strategies, and NVH simulations are conducted within a unified platform. - Recognized Accuracy: Leveraging over 35 years of Altair's expertise in finite element motor modeling, FluxMotor delivers reliable and trusted results. - Efficient Reports and Comparisons: Customizable reports and data sheets are automatically generated, with embedded comparison tools to aid in selecting the most performant machines. - Strong Optimization Capabilities: The software predicts machine performance across various operating points or complete duty cycles, meeting multiphysics requirements from the early design stages. - Seamless Connectivity: FluxMotor offers simplified access to advanced multiphysics analysis, system integration, and optimization, with the ability to automate customized scenarios using Altair’s integrated solutions. Primary Value and User Solutions: FluxMotor significantly accelerates the electric motor design process by providing a dedicated, intuitive platform that integrates multiphysics optimization. By addressing complex design constraints from the concept phase, it enables design teams to make early strategic decisions that impact cost and performance. The software's fast and accurate computations reduce the need for physical prototypes, leading to cost savings and shorter development cycles. Its comprehensive analysis capabilities ensure that the final motor designs meet performance targets while optimizing cooling and NVH characteristics, ultimately delivering high-quality, efficient electric motors.

Altair HyperLife

2 reviews

Altair HyperLife is a user-friendly fatigue analysis software designed on a solver-neutral framework, providing a comprehensive toolset for durability analysis. It interfaces directly with major finite element analysis result files, facilitating seamless integration into existing workflows. With an embedded material library, HyperLife enables accurate fatigue life predictions under repetitive loadings, catering to a wide range of industrial applications. The software includes numerous certification guidelines and offers an open, customizable environment, allowing easy adjustments to in-house methods and requirements. Key Features and Functionality: - Fatigue Life Modules: Supports uniaxial and multiaxial SN/EN analysis, Dang Van factor of safety calculations, and weld fatigue assessments for spot and seam welds. - Material Database: Comprehensive embedded material library supporting various standards, including FKM, DVS-1612, DVS-1608, and Eurocode-3. - Weld Fatigue Assessment: Evaluations for spot and seam welds based on RUPP and VOLVO methods. - Signal Processing: LoadMap utility for automatic or manual pairing of FEA load cases with fatigue load history files. - Analysis Tools: Visualization of contour plots and histograms for result interpretation. - Utilities: Complete toolkit for efficient data management and analysis. Primary Value and User Solutions: HyperLife empowers engineers to make informed decisions by providing accurate fatigue life predictions, enhancing product durability and performance. Its intuitive interface and solver-neutral approach streamline the fatigue analysis process, reducing the time and cost associated with physical testing and redesigns. By integrating seamlessly with existing FEA workflows and offering customizable features, HyperLife addresses the critical need for reliable durability assessments in various industrial applications.