LTBeam is a software which deals with the elastic "Lateral Torsional Buckling of Beams" under bending action about their major axis.
LTBeam is a software to be used for the Design of Steel Structures. It has been developed by CTICM (Centre Technique Industriel de la Construction Metallique - France) in the frame of an european research project partially funded by the European Community for Steel and Coal (ECSC Project No 7210-PR183 : "Lateral torsional buckling of steel and composite beams" - 1999-2002).
The lateral torsional buckling phenomenon (LTB) appears when the bending action reaches a critical level. It generates suddenly and simultaneously a lateral bending deformation and a longitudinal torsional deformation along the unrestrained length of beam.
LTBeam applies to straight single- or multi-span beams, under simple bending about their strong axis, with doubly - or mono-symmetrical cross-sections about this plane of bending. Lateral restraints against LTB may be discrete or continuous, full or elastic, and may concern the lateral displacement, the torsional rotation, the lateral flexural rotation and the warping. As the loading, lateral restraints may be applied at a distance above or beneath the shear centre of the cross-sections.
LTBeam is rather designed to deal with steel beams, but others materials can be used, on condition that appropriate properties be input.
* LTBeam download link provides freeware version of the software.
ArcelorMittal Construction Phase ACP for composite solutions to check the LTB behaviour of composite and/or partially encased beams during erection.
EBPlate is a piece of software developed by CTICM with a partial funding of the European Research Fund for Coal and Steel (RFCS). It assesses the critical stresses associated to the elastic buckling of plates loaded in their plan.
The RF-/PLATE-BUCKLING is available as an add‑on module for RFEM/RSTAB or as a separate stand‑alone program.
The following application allows determining the resistant capacity of bi-supported columns of open thin-walled sections subjected to axial stress and the equivalent geometric imperfections.
MITCalc Buckling is designed to calculate the optimum cross-section and perform strength check of slender struts strained for buckling
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