

Structural optimisation is a simulation-driven design approach that enables engineers to explore high-potential structural concepts early in the development cycle or refine designs at the detailed design stage. It ensures that inefficient designs are improved or eliminated before significant resources are invested into prototyping. The process can be categorised into several types:
Determines the optimal material layout within a given design space, ensuring maximum strength with minimal material.
Fine-tunes dimensions such as cross-sectional thickness to achieve the best balance between weight and structural integrity.
Adjusts the contours and geometry of a structure to improve performance and reduce stress concentrations.
Identifies the most suitable material properties for a given application.
Optimisation can take the form of manual exploration studies, which provide valuable design insights, or automated optimisation algorithms, which may yield highly optimised solutions but don’t always offer the same level of design understanding. Regardless of the approach, it’s crucial to consider non-structural constraints such as manufacturing feasibility, cost, and marketability.

Looking to improve your structural designs and maximise efficiency? Partner with Resonant Engineering for expert structural optimisation services. Contact us today to discuss how we can help refine your designs for better performance, cost savings, and structural integrity.
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