fe-safe 2018 for Windows / Linux
company, and is one of the most powerful fusion analysis software in Finite Element. This software provides its users with the ability to define different models and methods for analyzing features, so that most industrial models can be analyzed using this software.
Fe-safe is very important for many industries such as automotive, defense, marine, power plants, medical engineering, etc.
Fe-safe is the first software developed and developed for fatigue analysis, and hence the best and most effective fatigue analysis methods can be developed.
One of the best features of this software is the analysis of thermomechanical fatigue, creep fatigue and fatigue in composite models that transforms it into a unique set of analyzes, and in fact, with the least complexity of software, the most difficult fatigue models for simulation users he does.
What industry always calls for engineering is the use of minima to produce maximum production, and in the sense of maximum efficiency. But the need to guarantee their engineering designs is their continuing performance, and this can not be achieved except by simulating the long cycles of engineering mechanisms.
Many industrial complexes use limited finite element methods to design their products, and in particular stress analysis, but due to the lack of efficient analytical software, they continue to use manual calculations that make work greatly difficult. But fe-safe is best suited for industrial users by simplifying the fatigue definition.
Fe-safe is very important for many industries such as automotive, defense, marine, power plants, medical engineering, etc.
Fe-safe is the first software developed and developed for fatigue analysis, and hence the best and most effective fatigue analysis methods can be developed.
One of the best features of this software is the analysis of thermomechanical fatigue, creep fatigue and fatigue in composite models that transforms it into a unique set of analyzes, and in fact, with the least complexity of software, the most difficult fatigue models for simulation users he does.
What industry always calls for engineering is the use of minima to produce maximum production, and in the sense of maximum efficiency. But the need to guarantee their engineering designs is their continuing performance, and this can not be achieved except by simulating the long cycles of engineering mechanisms.
Many industrial complexes use limited finite element methods to design their products, and in particular stress analysis, but due to the lack of efficient analytical software, they continue to use manual calculations that make work greatly difficult. But fe-safe is best suited for industrial users by simplifying the fatigue definition.
size : 1.2 GB
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