What is a strength calculation?
We understand that strength calculation is the cornerstone of engineering design, ensuring the safety, functionality and economy of products and structures. In the process, we evaluate and optimise the durability of materials and structures under different operating conditions. Strength calculations cover a wide range of applications, including moving machinery, pressure equipment and load-bearing structures. Through our analysis, we minimise unnecessary prototyping and testing, resulting in time and cost savings.
The benefits of strength of field calculations
- Optimise the use and thickness of materials
- Prevents design errors and their costs
- Increases the safety and longevity of the product or structure
- Supports cost-effective and sustainable planning
The strength calculation allows us to accurately predict material consumption, which helps prevent unexpected additional costs. It is a key tool in the early stages of design, where we ensure that structures have sufficient strength without oversizing.
Strength calculation and modern methods
FEM (Finite Element Method) is one of our most popular strength calculation methods, providing visualisations and simulations of structural strength. These visualisations reveal where parts of the structure need reinforcement and where supporting elements are oversized. This analysis is the basis for safe and economical design.
Our strength calculation services are flexible and expert, enabling us to add value to our clients’ projects. By leveraging our creative problem-solving capabilities and technical expertise, we find optimal solutions to our clients’ demanding needs. Technical analysis and simulations play a key role in improving process efficiency and ensuring cost-effectiveness.
Strength calculation is therefore a crucial part of the design process, ensuring the safety, functionality and economy of products and structures. It allows us to make informed decisions that save both time and money and improve the quality of the final product.
