High-accuracy strength analysis powered by next-generation numerical methods.
Traditional FEM methods may require fine meshes and long computation times.
Nonlinear materials, composites, and large deformations are difficult to simulate accurately.
Gaps, overlaps, and defects in geometry require additional cleanup before simulation.
Complex models increase simulation time and limit efficiency.
Fidesys delivers highly accurate structural simulation with advanced methods, enabling faster, more reliable engineering decisions.
Uses spectral element methods alongside FEM for faster and more precise simulations.
Supports strength, fatigue, vibration, and thermo-mechanical simulations.
Accurately models plasticity, hyperelasticity, contact, and large deformations.
Allows analysis of models with gaps and overlaps without extensive preprocessing.
Parallel computing significantly accelerates simulations for large-scale problems.
Fidesys is a next-generation CAE platform for structural and geomechanical analysis, enabling engineers to perform strength calculations, fatigue analysis, vibration studies, and thermo-mechanical simulations on complex products and systems.
Fidesys is designed for engineers and analysts in aerospace, automotive, oil & gas, mining, and industrial sectors who require high-accuracy simulation tools for structural reliability, material behavior, and safety assessment.
By leveraging advanced methods like spectral element modeling and parallel computing, Fidesys delivers faster and more accurate simulations—even for complex structures—helping engineers reduce development time, improve safety, and make confident design decisions.
Analyze structural strength, vibration, and fatigue of aircraft components, engine parts, and aerospace structures under extreme conditions.
Evaluate durability, crash behavior, and structural performance of vehicles, components, and transport systems.
Simulate stress, thermal effects, and structural integrity of turbines, power equipment, and energy infrastructure.
Assess pipeline integrity, pressure vessels, and structural safety in complex operating environments.
Perform geomechanical simulations for slope stability, underground structures, and seismic behavior in mining operations.
Analyze large mechanical systems, equipment reliability, and performance under real loading conditions.
Evaluate structural strength and fatigue behavior of marine vessels and offshore structures.
Simulate mechanical behavior of biomedical devices and complex engineered structures.
The trial version is limited to a 30-day activation period. It does not work via remote desktop or on virtual machines. The computational functionality in the trial version is not restricted, meaning it is fully equivalent to the commercial version.
No, it is not necessary. Fidesys Viewer is included in the Fidesys Bundle.
Yes, it is possible. For this purpose, the built-in scripting language and algebraic preprocessor functionality can be used, as well as the Python API.
Partially. This can be done using the built-in scripting language and the algebraic preprocessor functionality.
Yes, it is possible for major versions. When installing a new minor version with an existing one, it is installed over the old minor version. For example, if you install 1.4.30 and then 1.5.15, they will work together. However, if you install 1.5.16, it will replace 1.5.15.
Make sure that the antivirus has not blocked any Fidesys files, including the file C:\Windows\system32\hasplms.exe.
No 21, 3rd Floor, Ramachandra Arcade, Ramaiah College Road, (Above ICICI Bank Mathikere Branch) Mathikere, Bangalore 560054 Karnataka India.
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