Energy

Engineering analysis for the design, testing and manufacture of energy equipment.

Energy industry features

Mineral resources are no longer the only sources of energy. Research into alternative energy sources, such as wind, solar, and water, has taken center stage. Governments and companies are striving to meet the ever-increasing global demand for energy. Increasingly complex designs and demands for energy production systems require the accurate simulation of complex mechanical systems under a wide variety of conditions. Our specialists' expertise allows us to develop optimally functioning products and avoid costly failures in the field.

ENERGY ENGINEERING CAPABILITIES

This industry demands highly accurate simulations of complex mechanical and thermal systems operating under extreme conditions. Our engineering team applies advanced computational methods to help power companies design reliable equipment and systems, reduce material failure risks, and optimize performance across the full product lifecycle. Therefore, GloBAS Engineering supports clients at every stage — from concept development to operational optimization — using industry-leading simulation tools. The systems we use allow us to model possible products and systems:

Strength analysis;
Nonlinear and contact modeling;
Impacts and Explosions;
Wave loads;
Design Optimization;

Dynamics of multi-mass systems;
Thermal Analysis;
Noise and Vibration;
Mechatronics;
Systems analysis of motion, stress and strain.

In addition, our team leverages MSC Nastran and other advanced FEA tools to deliver precise results for turbine design, heat exchanger analysis, and pipeline integrity assessments. As a result, our clients benefit from reduced prototyping costs and faster time-to-market. Furthermore, our expertise spans renewable energy, oil and gas, and power generation sectors. Moreover, we integrate structural, thermal, and fluid dynamics analyses to provide a complete picture of system performance under real operating conditions..