WIND ENGINNERING
APPLICATION OF VARIOUS STRUCTURAL TYPES, FOCUSING ON SOLAR AND WIND STRUCTURES
Design of solar structures in compliance with Eurocode or ASCE standards.
Advanced analyses utilizing high-precision Large Eddy Simulation (LES) with access to high-performance computing resources at Tier-1 facilities of the Spanish Supercomputing Network (RES), Tier-2 Supercomputing Wales (UK), and Tier-1 ARCHER2 (UK).
Aeroelastic analysis.
Fluid-structure interaction.
Project supervision as Technical Advisors:
- Support in mechanical and structural design reviews,
- Specification development,
- Root cause analysis studies,
- Technical expert assessments and mediation.
Mechanical-structural design and calculation.
- Solar trackers.
- Ground-fixed structures.
- Rooftop structures (mechanically anchored, bonded with structural adhesives, or gravity-ballasted).
Development of aerodynamic tests in wind tunnel (scale models):
- Determination of aerodynamic coefficients
- Determination of stability curves based on damping level.
- Estimation of shelter coefficients.
Execution of ultimate load, fatigue, and characterization tests on:
- Geotechnical behavior of piles: interaction diagrams.
- Main tracker components (supports, torque tubes, bracing, modules, slew drives, and dual-/multi-row transmissions).
- Structural detailing.
- Characterization of damping devices and elements.
Development of high-fidelity numerical codes for simulation:
- Aeroelastic phenomena coupled with structural behavior.
- Site zoning for plant layouts (orographic, topographic, and geographic levels).
- Meteorological studies for determining local design wind conditions.
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OUR LOCATION
C/ Los Prados 166
33203, Gijón - Asturias
WHO WE ARE
Numerical simulation, Testing, trials, validation, Calibration, Structures, Fluid Dynamics, Thermal Analysis, Multiphysics Analysis, Frames, Protocols, Scaling, Innovation, Environmental Engineering, Equipment Certification, Hydraulics.
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