Structural Analysis

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Using traditional methods to achieve modern designs.

Structural analysis is a crucial engineering process used to assess the strength, stability, and performance of differing types of structures in various conditions. By evaluating how forces due to weight, environmental, operational and seismic activity affect a structure, EPL can ensure the structure or system is safe and efficient.

Our analysis helps identify potential weaknesses, optimize material use, and guide design decisions to meet safety standards and regulatory requirements.

Structural analysis is an essential step in both the design and assessment of new or existing structure. EPL can offer structural analysis consultation work with approved published reports and face to face design reviews and guidance.

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Here's a potted guide to structural analysis and why it's important for your project.

  • What exactly is structural analysis?

    Structural analysis is the process of calculating and determining the effects of loads and internal forces on a structure, building or object. It involves analysing the response of a structure and its behaviour under certain loading conditions. The goal is to ensure structures, vehicles or objects can safely support their intended loads and stresses while meeting design criteria for strength, stability, and serviceability.

  • How can structural analysis help my company?

    By simulating different scenarios, structural analysis can help optimise your designs, reducing material and construction costs. It also helps ensure the safety of structures by identifying potential weaknesses and failure points. The use of Finite Element Analysis (FEA) in Structural Design allows you to identify problems before production begins, potentially saving significant costs and reducing risks.

  • What's the difference between structural analysis and structural design?

    While structural analysis deals with the calculations and observations of load and stress, structural design decides the dimensions of the structural members by using those structural analysis findings. Analysis comes first to understand how forces affect the structure, then design determines the actual specifications needed.