Globas - Construction

The application of aerodynamics and strength calculation is widely used in architecture and infrastructure facilities. What can be more important than safety and security in strategic objects, like airports, bridges, malls business centers or residential properties? Can the contractor predict and analyze the possible risks in advance? For sure. Everything that may be relevant to check when designing an object. The portfolio of our engineers includes projects of infrastructure objects and building optimization for wind loads, collisions, exposures, and other critical risks.

GloBAS Engineering performs any calculations related to aerodynamics (movement of air masses), both inside buildings and outside, including on the scale of the entire complex of buildings. Our competencies enable the following types of analysis and simulation:

Aerodynamics-strength calculations, applicable to any objects, including building structures and facilities;
Finite Element Analysis (FEA) to simulate and evaluate the behavior of structures under different load conditions, such as bridges, buildings, and mechanical components. FEA software allows for stress analysis, vibration analysis, heat transfer analysis, and optimization of designs.
Computational Fluid Dynamics (CFD) to analyze fluid flow and heat transfer in systems like HVAC (Heating, Ventilation, and Air Conditioning) systems, pipelines, and aerodynamic designs. CFD software assists engineers in studying fluid behavior, predicting pressure drops, optimizing flow patterns, and analyzing thermal performance;
Modeling the movement of air flows inside the terminal (biohazard, gas spraying, movement of hot airwaves, sandstorms);
Strength calculations related to the calculation of the possibility of collision of aircraft with airport buildings in case of emergency. Analysis of the consequences of collisions, the destruction of buildings, the availability of emergency exits, etc.;
Optimization of structural components, mechanical systems, or manufacturing processes. It helps engineers find the best design parameters to meet specific criteria, such as weight reduction, cost minimization, or performance improvement.
Simulation tools allow engineers to predict the behavior of systems under different conditions and make informed decisions.