STRUCTURAL ANALYSIS
Structural analysis and FEM simulations for real operating conditions
We provide advanced finite element analysis to evaluate structural strength, stiffness, stability and fatigue under real operating loads and boundary conditions. The results support safe, reliable and optimized design decisions.
> Linear and non-linear analysis
> Fatigue assessment
> Load case development
> Buckling and stability analysis
> Optimization and design validation
OUR CAPABILITIES
STATIC ANALYSIS
Stress, strain and deformation assessment under operational and extreme loading conditions
FATIGUE ANALYSIS
Fatigue performance and service life assessment under repeated and cyclic loading conditions
BUCKLING ANALYSIS
Structural stability and critical buckling assessment under compressive loading conditions
NON-LINEAR ANALYSIS
Structural behavior assessment considering large deformation, contact effects and material non-linearity under operating loads
STRUCTURAL ASSESSMENT
Engineering analysis focused on critical structural behavior
Structural components are evaluated under realistic load combinations to identify critical areas, excessive deformation, stress concentrations and potential stability issues
Analysis results are used to verify structural performance and support design improvements before manufacturing or modification
> Critical area identification
> Buckling and stability verification
> Fatigue-sensitive area assessment
> Design modification recommendations
DESIGN VERIFICATION
Analysis results that support confident engineering decisions
Structural analysis is not limited to identifying stresses and deformations. Results are evaluated against applicable design criteria to determine whether the structure meets strength, stability and fatigue requirements
INITIAL DESIGN
Сritical stress concentration identified
OPTIMIZED DESIGN
Improved load distribution after modification
Where required, design modifications are developed and re-evaluated to improve structural performance, reduce critical stresses and achieve an efficient final design
> Stability and buckling verification
> Fatigue life assessment
> Design optimization and re-analysis