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TECHNOLOGYfocus<br />

connections as per project<br />

requirements. The software also<br />

enables automatic generation of<br />

detailed design reports, reducing<br />

manual documentation efforts.<br />

Consequently, project timelines are<br />

shortened, and overall costs are<br />

reduced.<br />

ENHANCED COLLABORATION<br />

The software also facilitates seamless<br />

collaboration between design teams,<br />

fabricators, and contractors. This<br />

enables the easy sharing of connection<br />

models and ensures clear<br />

communication and coordination<br />

throughout the project. Design changes<br />

can be efficiently incorporated and<br />

communicated, reducing the chances<br />

of errors and delays.<br />

COMPLIANCE WITH<br />

INTERNATIONAL STANDARDS<br />

IDEA StatiCa incorporates various<br />

international design codes and<br />

standards, ensuring compliance with<br />

regulatory requirements, supporting<br />

codes such as Eurocode, AISC, and<br />

CISC, among others, and enabling<br />

engineers to design connections that<br />

adhere to industry norms.<br />

This feature eliminates the need for<br />

manual code checks and promotes<br />

standardised design practices.<br />

IDEA StatiCa has proven to be<br />

invaluable in a wide range of iconic<br />

projects across the world. It has been<br />

extensively utilised in the design of<br />

bridges, high-rise buildings, industrial<br />

structures, and other complex<br />

projects. The software's versatility<br />

allows engineers to tackle diverse<br />

design challenges, providing<br />

innovative solutions for steel<br />

connections.<br />

For example, in the construction of<br />

large-scale bridges, where the<br />

behaviour of connections is critical,<br />

IDEA StatiCa enables engineers to<br />

optimise connection designs for<br />

maximum strength and load-carrying<br />

capacity. The software's precise<br />

calculations ensure that the<br />

connections can withstand dynamic<br />

forces and environmental conditions,<br />

ensuring the long-term durability and<br />

safety of the structures<br />

In high-rise buildings, where steel<br />

connections bear the weight and loads<br />

imposed by gravity and lateral forces,<br />

IDEA StatiCa offers sophisticated<br />

design capabilities. The software<br />

enables engineers to analyse the<br />

performance of connections under<br />

different load scenarios and optimise<br />

them for optimal structural<br />

performance. This ensures the stability<br />

and resilience of the building,<br />

safeguarding occupants and property.<br />

CONCLUSION<br />

IDEA StatiCa is a game-changer in the<br />

field of structural engineering,<br />

particularly in the design of steel<br />

connections. Its accurate calculations,<br />

time and cost efficiency, enhanced<br />

collaboration features, and<br />

compliance with international<br />

standards make it an indispensable<br />

tool for engineers. By leveraging IDEA<br />

StatiCa, structural engineers can<br />

create optimised connection designs<br />

that are safe, reliable, and compliant<br />

with industry regulations.<br />

The incorporation of the CBFEM<br />

method in IDEA StatiCa sets it apart as<br />

a powerful and advanced software for<br />

the structural design of steel<br />

connections. By leveraging this<br />

method, engineers can overcome the<br />

limitations of traditional approaches,<br />

achieve more accurate and reliable<br />

results, and ultimately enhance the<br />

safety and efficiency of steel<br />

structures.<br />

IDEA StatiCa is an important<br />

innovation in structural design for steel<br />

connections, reshaping the way steel<br />

connections are designed and<br />

revolutionising the construction<br />

industry.<br />

www.ideastatica.com<br />

January/February 2024 27

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