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1.6  Other toolboxes from SDTools

SDTools also develops other modules that are distributed under different licensing schemes. These modules are often much less documented and address specialized themes, so that only a technical discussion of what you are trying to achieve will let us answer the question of whether the module is useful for you.

• Viscoelastic tools : an SDT extension for the analysis and design of viscoelastic damping. Beta documentation at https://www.sdtools.com/help/visc.pdf.
• Rotor tools : an SDT extension for rotor dynamics and cyclic symmetry. Beta documentation at https://www.sdtools.com/help/rotor.pdf.
• Contact tools : an SDT extension for contact/friction handling (generation observation matrices, tangent coupling matrices, various post-treatments). Beta documentation at https://www.sdtools.com/help/contactm.pdf.
• non linear vibration tools : an SDT extension for non-linear vibration and in particular time and frequency domain simulation of problems with contact and friction.
• OSCAR : a module for the study of pantograph/catenary interaction developed with SNCF.

Selected external links to these other modules are listed here.

• ViscModel function is part of the SDT-visc visc/visc_str.html#ViscModel
• fevisco Range this command is part of the viscoelastic tools. visc/fevisco.html#Range
• SolveMdreInit and SolveExploop are called from fe_exp.
• fe_cyclicb ShaftEig this command is part of the rotor tools.
• Follow is part of SDT-nlsim, (and SDT-contact and SDT-rotor). nl_spring is the generic implementation of time domain non-linearities in SDT. See also nlio3d for non-linear 3D volume laws.
• JobH job handler, see https://www.sdtools.com/software/sdt-modules/jobh/
• nl_inout part of SDT-nlsim nlsim/nl_inout.html, see also slab
• See piezo/fepiezoshell.html ../#2 for ce_shell
• See piezo/pz_full.html ../#2 for pze_c