AdaptroSim for Altair supports the development of passive, adaptive, and active measures of vibration control and vibration reduction for structures and systems. Analysis, modelling, and simulation of dynamic system behaviors enable assessments of different solutions early in the engineering process. AdaptroSim for Altair adds methods and models to the model-based systems engineering process for structures and systems under dynamic loads to achieve an improved design in less time. The software is based on many years of experience in automotive, maritime, aerospace, machine and appliance, power plant, and other engineering tasks.
Analysis, modelling, and simulation of dynamic system behaviors enable assessments of different solutions early in the engineering process.
The combined optimization of structures, control, and signal processing also leads to better performance of developed solutions.
Combination of analytical, numerical, and experimental data enable efficient model validation and fast simulation.
AdaptroSim for Altair adds methods and models to the model-based systems engineering process for structures and systems under dynamic loads.
A modular and hierarchical modelling approach and standardized interfaces enables coupling of models with different complexity.
By including realistic sensor and actuator models in the simulation model, the controller design can be improved.
Methods for post-processing and visualization of vibration data enable a better understanding of simulation results.
AdaptroSim for Altair is available through an Altair Compose® and Altair Activate® library and interfaces with Altair® OptiStruct®. Due to the interface to OptiStruct, finite element models can be included into the system simulation.
Methods for model order reduction enable an integration of efficient finite element models in the system simulation.
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