Altair Twin Activate 2024.1 (x64)
Converging Multidisciplinary System Simulation with Digital Twins. Altair® Twin Activate™ is an open and flexible integration solution that enables whole system simulation with real-time digital twin deployment through any stage of the product lifecycle.
Through a unique block-diagram modeling environment, teams can model systems and systems-of-systems of any complexity. They can then test and predict system performance under various conditions using Altair’s digital twin solution that converges multidisciplinary, multiphysics simulation with revolutionary artificial intelligence (AI), data analytics, and high-performance computing (HPC) technologies.
Twin Activate’s purpose-driven simulation capabilities facilitate mixed-fidelity modeling that helps teams define simulation areas of interest. This efficient approach saves time and resources while quickly generating the most meaningful analyses possible. What’s more, unparalleled collaboration is the key; teams from different engineering domains can contribute to the same source models, incorporate existing workflows, eliminate information bottlenecks, and gain deeper, actionable insights faster.
Why Twin Activate?
Holistic Assessment
Simulate entire product system and system-of-systems performance to better assess overall behavior and interactions between components and subsystems. Incorporate multidisciplinary aspects in your simulations, including coupling 1D and 3D models.
Digital Twins
Connect reduced order models (ROMS) to physical assets. Leverage live data streams and simulated data to test models through what-if scenarios and inform designs starting at the concept stage. With Twin Activate, organizations unlock limitless insight, accelerate innovation, and improve engineering decisions throughout all phases of development.
Open and Flexible
Twin Activate’s integration platform offers seamless connectivity and interoperability between multidisciplinary systems by supporting native Modelica, Spice, Python, OpenMatrix (OML), and C languages. Additionally, it enables collaboration through the Functional Mock-up Interface (FMI) standard and supports digital twins through open protocols such as MQTT.
File size: 3.4 GB
Download
Converging Multidisciplinary System Simulation with Digital Twins. Altair® Twin Activate™ is an open and flexible integration solution that enables whole system simulation with real-time digital twin deployment through any stage of the product lifecycle.
Through a unique block-diagram modeling environment, teams can model systems and systems-of-systems of any complexity. They can then test and predict system performance under various conditions using Altair’s digital twin solution that converges multidisciplinary, multiphysics simulation with revolutionary artificial intelligence (AI), data analytics, and high-performance computing (HPC) technologies.
Twin Activate’s purpose-driven simulation capabilities facilitate mixed-fidelity modeling that helps teams define simulation areas of interest. This efficient approach saves time and resources while quickly generating the most meaningful analyses possible. What’s more, unparalleled collaboration is the key; teams from different engineering domains can contribute to the same source models, incorporate existing workflows, eliminate information bottlenecks, and gain deeper, actionable insights faster.
Why Twin Activate?
Holistic Assessment
Simulate entire product system and system-of-systems performance to better assess overall behavior and interactions between components and subsystems. Incorporate multidisciplinary aspects in your simulations, including coupling 1D and 3D models.
Digital Twins
Connect reduced order models (ROMS) to physical assets. Leverage live data streams and simulated data to test models through what-if scenarios and inform designs starting at the concept stage. With Twin Activate, organizations unlock limitless insight, accelerate innovation, and improve engineering decisions throughout all phases of development.
Open and Flexible
Twin Activate’s integration platform offers seamless connectivity and interoperability between multidisciplinary systems by supporting native Modelica, Spice, Python, OpenMatrix (OML), and C languages. Additionally, it enables collaboration through the Functional Mock-up Interface (FMI) standard and supports digital twins through open protocols such as MQTT.
File size: 3.4 GB
Download