EXPERIMENTAL RESEARCH ON THE CHOICE OF COMPOSITE MATERIALS REQUIRED FOR THE CONSTRUCTION OF THE PERISCOPE MOUNT ATTACHED TO ARTILLERY EQUIPMENT

The authors of this scientific paper want to highlight, experimentally and analytically, the study of mechanical stresses performed on current materials that can be used in the construction of military artillery equipment, in the present case, the periscope mount. The scientific demarche goes through the following stages: experimental determination of mechanical characteristics corresponding to the studied materials (ertalon 4.6 and nanocellulose), using both the universal the Quasar 25 kN column testing machine for tensile stress and the Charpy pendulum for the breaking stress by performing an impact test; obtaining and interpreting the results supported by a mathematical modeling of the tensile strengths of the studied materials, analysis performed according to the linear elongation of deformation.