The full range of ArcelorMittal pre-design software dedicated to optimisation of structures made of steel and composite elements (including castellated, slim floor and truss beams) according to standards, advanced fire engineering, seismic/earthquake design, predesign of several typologies of bridges and life-cycle assessments.
Beam and integrated floor beams ArcelorMittal Beams Calculator |
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Design of steel columns submitted to cold and fire conditions. The software complies with EN 1993-1-1 and EN 1993-1-2 rules. |
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Design of steel portal frames according to EN 1991-1-3, EN 1993-1-4, EN 1993-1-1 and EN 1998-1. |
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Predesign of Large Span Trusses in conformity with the European rules for steel structures. Setup TRUSSES+ v 2.0.13 for Windows Webapplication TRUSSES+ v 1.2.2 on Google Chrome for Windows and Mac OS desktop |
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Beam and integrated floor beams |
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Design of partially and fully embedded composite columns, submitted to cold and fire conditions. The software complies with EN 1994-1-1 and EN 1994-1-2 rules. |
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Calculation of composite integrated beams (SFB) in cold condition. Setup CoSFB version 1.8 for Windows Setup CoSFB version 1.8 for MacOS |
ArcelorMittal Cellular Beam ACB |
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Predesign of steel and composite beams with sinusoidal large web openings in cold and fire situation. |
Beam and integrated floor beams |
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ArcelorMittal Castellated Beams ACB Predesign of steel and composite cellular beams with circular web openings in cold and fire conditions. |
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Predesign of steel and composite beams with sinusoidal web openings in cold and fire situation. |
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Design of steel columns submitted to cold and fire conditions. The software complies with EN 1993-1-1 and EN 1993-1-2 rules. |
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Partially protected composite floor MACS+ Software designs composite floor slabs at elevated temperatures by taking into account the enhancing effects of the membrane action in slab. It also verifies the edge beams and determines the maximum temperature of each beam. Setup MACS+ version 3.0.4 |
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Calculation of the gas temperature in case of fire according to EN 1991-1-2 and corresponding steel temperature according to EN 1993-1-2. |
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Software accompanying a design guide for industrial halls in fire conditions. This tool calculates displacements and additional horizontal forces that appear in industrial halls during fire. |
Predesign of composite bridges for roads, rails and pedestrian, according to EN Eurocodes. Setup ACoBri version 5.09 - standard installation |
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Predesign of straight, skewed and/or curved filler beam, composite and PreCoBeam bridges for roads, rails and pedestrian, according to EN Eurocodes. For railway bridges, the software allows for the dynamic predesign of high-speed trains according to EN 1991-2. Setup Advance Bridge version 1.00-2024 - standard installation |
Tutorials for Advance Bridge Expert are available under the following link:
Equaljoints plus: A user friendly mobile app, for quick and reliable calculation and verification of seismic response of steel joints. |
Please consult also www.steelconstruct.com of European Convention for Constructional Steelwork as origin source of the iApps< |
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EC3 Steel Member Calculator v2 for iPhone EC3 Calculator provides a database of hot-rolled I-section profiles and calculates the resistance of hot-rolled steel columns, beams and beam-columns (subject to major axis bending) according to EC3-1-1 |
LCA Calculator |
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The aim of the Steel LCA application is to perform simplified Life Cycle Analysis (LCA) of hot-rolled I-section and tubular-section profiles. In addition, it provides a database of hot-rolled I-section profiles and cold-formed and hot-finished tubular profiles LCA is perfomed according to ISO standards 14040:2006 and 14044:2006. Moreover, the analysis is performed taking into account the modular concept of European standard EN15804:2012. According to this set of standards, the evaluation comprehends four main steps.The application provides two additional optional steps: normalization and weighting. These two steps are considered to be optional in ISO standards, although they have a relevant role in a decision making process. The application enables three different scopes for the LCA: Option (i): a cradle-to-gate analysis (Module A according to EN15804:2012); Option (ii): a cradle-to-gate analysis plus end-of-life recycling (Modules A and D according to EN15804:2012); and Option (iii): a cradle-to-grave analysis plus end-of-life recycling (Modules A to D according to EN15804:2012). |
5 main steps are needed to obtain LCA results in the application: 1.Choose the cross-section; 2.Input the values of the required parameters according to the analyzed case (length of member, steel grade); 3.Input the lifespan of the analysis (the period of time considered for the analysis, in years); 4.Select the scope of the analysis. Different options are available according to the scope of the analysis: In option (i): the user can select a coating system for the profile from a list of available products; In option (ii): in addition the user can select a recycling rate and a reuse rate for steel and the corresponding transportation system; And in option (iii): in addition, the user may select a transportation system for steel (from the gate of the factory to the construction site) and a maintenance strategy for the profile taking into account the lifespan of the analysis. The results of the LCA are obtained in the results section. A detailed calculation report is automatically generated that can be sent by e-mail. Finally, in the configuration options, the user may select the default type of analysis as well as the desired outputs. |
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