CU4201
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TECHNOLOGY focus<br />
IDEA StatiCa<br />
Winners of the Innovation of the Year category at the 2023 Construction Computing Awards, IDEA<br />
StatiCa revolutionises the structural design of steel connections<br />
In the world of structural engineering,<br />
the design and analysis of steel<br />
connections play a pivotal role in<br />
ensuring the safety and integrity of<br />
buildings and infrastructure. Over the<br />
years, advancements in software<br />
technology have significantly<br />
contributed to streamlining and<br />
enhancing the design process.<br />
Among these innovations, IDEA<br />
StatiCa, a leading provider of structural<br />
engineering software tools, has<br />
developed a comprehensive set of<br />
features specifically designed for the<br />
design, optimisation, and analysis of<br />
steel connections - a groundbreaking<br />
solution that revolutionises the<br />
structural design of steel connections.<br />
The software combines the power of<br />
finite element analysis (FEA) with a<br />
user-friendly interface, enabling<br />
engineers to efficiently design and<br />
assess complex connections.<br />
IDEA StatiCa incorporates the<br />
innovative Component-based Finite<br />
Element Method (CBFEM), combining<br />
the accuracy of finite element analysis<br />
with the efficiency of component-based<br />
modelling. The CBFEM method breaks<br />
down the complex steel connections<br />
into individual components, such as<br />
plates, bolts, and welds. Each<br />
component is modelled using finite<br />
elements, capturing its specific<br />
behaviour and interaction with other<br />
components, providing a detailed<br />
analysis of the connection's<br />
performance and ensuring accurate<br />
predictions of structural response.<br />
By using the CBFEM method, IDEA<br />
StatiCa overcomes the limitations of<br />
traditional design approaches that rely<br />
on simplified hand calculations or<br />
empirical formulas. The software<br />
considers the geometric complexity,<br />
material nonlinearity, and load<br />
distribution in a connection, resulting<br />
in more precise and reliable design<br />
results.<br />
Furthermore, IDEA StatiCa's CBFEM<br />
method accounts for various factors<br />
that influence connection behaviour,<br />
such as joint stiffness, stress<br />
concentrations, and load redistribution.<br />
It accurately predicts stress<br />
distribution, deformation, and failure<br />
modes within the connection, enabling<br />
engineers to optimise the design for<br />
maximum strength and efficiency.<br />
By integrating CBFEM into IDEA<br />
StatiCa, engineers can benefit from a<br />
more holistic and accurate design<br />
approach. They can analyse<br />
connections under different load<br />
scenarios, assess the influence of<br />
various design parameters, and<br />
optimise connections for costeffectiveness<br />
and structural<br />
performance. This method empowers<br />
engineers to design connections that<br />
not only meet safety requirements but<br />
also provide optimal solutions in terms<br />
of material usage and construction<br />
feasibility.<br />
UNLIMITED STEEL CONNECTIONS<br />
One of the key strengths of IDEA<br />
StatiCa is its ability to handle a wide<br />
range of connection types, including<br />
welded, bolted, and composite<br />
connections. The software provides<br />
extensive libraries of standardised<br />
connections, allowing engineers to<br />
choose from a vast selection of predefined<br />
templates. Furthermore, IDEA<br />
StatiCa offers customisation options,<br />
enabling engineers to tailor<br />
connections to specific project<br />
requirements, without any limitations in<br />
the geometry.<br />
By automating the design process,<br />
IDEA StatiCa significantly reduces the<br />
time required for connection design.<br />
Engineers can quickly generate<br />
optimised designs based on<br />
predefined templates or customise<br />
26<br />
January/February 2024