Structural Analysis (FEA/SEA)
Advanced Structural Analysis and Simulation
Standard static calculations may not fully show the behavior of complex structures under all kinds of loads. GMR EnergyIt tests and proves the durability of solar power plant constructions against harsh natural conditions in a virtual environment with advanced engineering techniques, Finite Element Analysis (FEA) and Structural Engineering Analysis (SEA).
Our Analysis Methods
By pushing the limits of structures, we create the safest and most optimized design:
- Stress Analysis: Detection of critical stress points (von Mises stresses) occurring in profiles under snow and wind loads.
- Deformation Analysis: Analysis of how much the structure will flex (deflect) under load and evaluation of the risk of panel microcracks.
- Earthquake Performance Analysis: Seismic endurance test with spectral acceleration analysis in accordance with TBDY 2018 regulations.
- Fatigue Analysis: Calculation of metal fatigue life under repeated loads (wind blows).
Contributions of FEA Analysis
exact
accuracy
Instead of simplified calculations, it simulates the real behavior of the structure with up to 99% accuracy.
Material
optimization
It provides light and economical designs by reducing material in areas where stress is low.
Design
Security
It detects weaknesses in critical connection points while they are still in the project phase.
Frequently Asked Questions (FAQ)
It may not be necessary in small-scale standard projects, but it is definitely recommended for risk analysis in large-scale power plants and difficult geographies.
We use industry-standard licensed software such as SAP2000, ETABS, ANSYS and SOLIDWORKS Simulation.
The reports are prepared and interpreted by our structural engineers who are experts in their fields and have master's and doctoral degrees.
Engineering Tomorrow's Energy Today.
