Structural Analysis Toolkit (satk)

Change the game Perform computations for composite product analysis with unparalleled accuracy and speed. Complete an analysis that would normally take days in

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Product Descriptions

Base-driven random simulation obtain accurate solutions of very large beam, shell and solid models over the complete frequency band. execute base driven random simulation and perform harmonic base excitation to extract phase-consistent von mises stresses. includes modal and mass summary tools and several processors for random base acceleration, steady-state harmonic base acceleration, element forces, strain and kinetic energy, grid point forces, stresses and margins of safety. explore the structural analysis toolkit (satk) features speed fast approximation algorithms that extract rms von mises nodal stresses and compute true peak results at unbeatable speeds automated computation computing stress margins of safety while accounting for the effects of modal truncation powerful results file reader delivering results in various formats with the nastran .op2 result file reader design reuse maximizing product knowledge value with the means to leverage it repeatedly in multiple scenarios efficient processing processing results from very large models and numerous load cases with less time spent reviewing post-analysis results evaluation of safety margins safety margin assessments for complex structures subject to various loading and stress levels diverse functionality reading large binary results files and identifying and sorting element forces, grid point forces, maximum element stresses

How It Works

Https://www.mayahtt.com/brochures/satk_brochure_2020.pdf

References

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Maya HTT

Maya HTT has been working hand-in-hand with some of the world’s largest engineering and manufacturing companies on their journey towards digitization where AI and ML are playing an increasingly critical role: from product conceptual studies, to design optimization, to predictive engineering and maintenance analysis, automation, real-time data acquisition and analytics, to production planning and commissioning, and finally to turn resulting operational data into new businesses.

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