Tensile Test for Specimen with Different Size and Shape of Inner Structures Created by 3D Printing

The paper is focused to size and shape influence analysis of inner structures to mechanical properties of the construction created by 3D printing. Analysis is solving in finite element method software ADINA. Foundation of the analysis is a specimen, where have same dimensions and boundary conditions. Boundary conditions replace tensile test with loading 1000N. Aim of the research is to get results (size and shape of the inner structure) of the specimen by tensile test. In results will be outputs (mechanical properties - stress, strain) compared among each other and used next calculations and optimization. Knowledge of these properties is very important in the production of Onyx-based components for the automotive and aerospace industries.


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  • Accession Number: 01716934
  • Record Type: Publication
  • Files: TRIS
  • Created Date: Aug 2 2019 3:19PM