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Fundamental engineering computations that assess how a structure responds to static loads, like gravity. Their results help determine the internal forces, stresses, and deformations within a structure under steady-state conditions, enabling engineers to design and verify the structural integrity of structures of various kinds.

Analysis of welded connections in a structure requires an assessment of weld size, type, and quality to ensure welded joints can handle the expected loads and stresses while maintaining safety and structural integrity.

A modal analysis finds out how a structure or a machine component vibrates (its natural frequencies and mode shapes). This information may then be used to carry out a more detailed dynamic analysis such as a transient dynamic analysis, harmonic analysis, or spectrum analysis. Knowing about the natural frequencies and mode shapes is important when designing a structure to withstand dynamic load conditions.

Critical component of structural engineering that assesses how a structure will perform during an earthquake. It involves evaluating the response of the structure to ground motion, determining the forces and stresses generated by seismic activity, and designing measures such as seismic bracing and dampers to enhance the structure's resistance to earthquake-induced forces, ensuring the safety of occupants and the preservation of the structure.

Structural optimization refers to the process of refining and improving the design of a structure to meet specific performance criteria while minimizing materials, costs, or other constraints. It involves iterative computational techniques that adjust various parameters, such as shape or size of structural elements, to find the most efficient and cost-effective configuration that satisfies the engineering objectives, like maximizing strength-to-weight ratio or minimizing deflections.

We make sure our structural analysis and engineering solutions meet high international standards for quality and safety. We follow top industry norms like Eurocode, IEEE and DNV.

Automation is crucial for businesses due to its ability to drive efficiency, reduce costs, and enhance competitiveness. Firstly, it streamlines repetitive tasks, increasing operational efficiency by minimizing manual labor and errors, leading to higher productivity. Secondly, automation can significantly cut costs, particularly in labor-intensive processes, resulting in improved profitability. Moreover, it ensures consistency in product or service quality, bolstering customer trust and loyalty. Automation also enables businesses to scale more easily, accommodating growth without proportionally increasing human resources. Lastly, in an ever-evolving market, automation allows companies to adapt quickly to changing circumstances, maintaining their relevance and competitiveness in the long run.
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We offer consultation on following topics:
β Process automation
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β GMSH api support
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