LTC for Industry


LTC for Industry
  Thanks to its experience in numerical analysis, LTCalcoli can support small, medium and large industries in the evaluation of the project and in the optimization of simple and complex systems, with the ultimate goal of improving product performance and / or reduce the time of development.
Our experience in the field of structural and thermal analysis  allow us to cover a very wide range of digital tecnologies from standard linear analysis to very complex elasto-plastic analysis, that involve the non-linearity of material and system.
Modal , Static, Instability, Transitional and Harmonics Analysis can all be carried out (in these different ranges of behavior of the material), in order to represent true and fair view of the structural and thermal response of a system.
Possible applications of this type of analysis covering virtually every sector of engineering; we will mention here only a few non-standard examples in which  LTCalcoli has a specific experience:
  • Structural and thermo-structural evaluation, for the verification of the behavior of a system subject to structural  and / or thermal loads;
  • Metal forming and welding;
  • Vibro-acoustic analysis (including fluid-structure coupling);
  • Analysis and design of composite materials;
  • Analysis of propagation of the crack.
  • Evaluation of resistance to corrosion;
  • Study of biomedical devices (stents, braces, spacers spinal vertebrae).

In the field of computational fluid dynamics LTCalcoli has a long experience in performing analysis of turbulent and laminar flow, including the exchange of energy between the different components of the system and the interaction between fluid flow and structures when judged to be necessary. The possible applications for this type of analysis are:
• Analysis of laminar flow / with turbulent exchange of energy due to the presence of internal combustion or electrical installation (from the dryer to the trains);
Risk of fire;
• Mixing and distribution of gas;
Multiphase Flow.

Last but not least is the experience of computational electromagnetics. Developed by LTCalcoli mainly in the field of nuclear fusion reactors, it has been expanded over the years to include the possibility of coupling of magnetic and thermal phenomena (thermal-magnetic coupling), as well as electrical and mechanical (electro-mechanical coupling) . This allowed us to apply that knowledge in other fields:

          • Electromagnetic compatibility;

              • Analysis of waveguides;

              • Design of electro-mechanical devices;

              • Design of electromagnets.