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Static Stress Analysis

AutoFEM Static Analysis

Static Stress Analysis is the most frequently used and called-for FEA module. It is impossible to imagine a modern mechanical engineer which has no access to the finite-element static analysis. The AutoFEM Static Analysis package has all necessary possibilities to become a daily instrument of the mechanical engineer and ensures the fast and easy testing of strength and durability of mechanical structures in manufacturing, building, shipbuilding and etc.

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Fatigue Analysis

AutoFEM Fatigue Analysis module is used as an additional functionality of AutoFEM Static Analysis and allows one to test the strength of a structure subjected to a cyclic load. It is a very important type of loads in mechanical and structural engineering. This module is always provided with Static Analysis without any additional payment.

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Frequency Analysis

Often, the mechanical engineer needs to know resonant frequencies of a structure. This knowledge allows one to make the design more reliable and satisfying demands of aerospace and automotive industries.

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Buckling Analysis

AutoFEM Static Analysis

This type of analysis is important for designers in the construction industry and planners of other very large mechanical structures, such as fuel tanks, bridges, towers, ships, etc. Sometimes, the structure, which was tested by the static analysis and proven to be reliable, may be destroyed due to primarily axial load due to of the loss of stability. This module is designed to calculate such critical loads.

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Forced Harmonic Oscillations Analysis

As opposed to Frequency Analysis, which only determines supposed resonances, this module allows one to obtain the values of stress as well as safety factors when the structure is subject to force or kinematic external factors. You can get a conclusion about vibration strength of the structure.

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Thermal Analysis

Often it is necessary to predict temperature fields which occur in the functioning structure. This module allows one to obtain distribution of temperatures in the structure as the function of time and in the steady state.

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ShipConstructor integration module

Calculation example: finite-element modelling of ShipConstruction assembly

This optional module is intended to give all users of the ShipConstructor software the opportunity to feel all advantages of the integrated finite-element software solution. Using this module, ShipConstructor users can perform full cycle of engineering calculations (including strength, buckling and other analysis types) not leaving ShipConstructor software.

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