Elastic response of lattice arc structures fabricated using curved-layered fused deposition modeling
E Cuan-Urquizo, JI Espinoza-Camacho… - … of advanced materials …, 2021 - Taylor & Francis
The elastic response of arc structures fabricated using curved-layered fused deposition
modeling was studied using finite element method (FEM). The influence of structural
parameters, such as subtending angle, overlap between layers and relative density on the
mechanical response of such structures was studied. The results obtained showed high
influence of the overlap between layers. The FEM model predicted a range in which the
stiffness of such structures can lie. This was compared with experimental results, showing …
modeling was studied using finite element method (FEM). The influence of structural
parameters, such as subtending angle, overlap between layers and relative density on the
mechanical response of such structures was studied. The results obtained showed high
influence of the overlap between layers. The FEM model predicted a range in which the
stiffness of such structures can lie. This was compared with experimental results, showing …
[PDF][PDF] Elastic response of lattice arc structures fabricated using curved-layered fused deposition modeling
EU Trejo, CD Treviño-Quintanilla, SE Crespo-Sánchez… - academia.edu
The elastic response of arc structures fabricated using curved-layered fused deposition
modeling was studied using finite element method (FEM). The influence of structural
parameters, such as subtending angle, overlap between layers and relative density on the
mechanical response of such structures was studied. The results obtained showed high
influence of the overlap between layers. The FEM model predicted a range in which the
stiffness of such structures can lie. This was compared with experimental results, showing …
modeling was studied using finite element method (FEM). The influence of structural
parameters, such as subtending angle, overlap between layers and relative density on the
mechanical response of such structures was studied. The results obtained showed high
influence of the overlap between layers. The FEM model predicted a range in which the
stiffness of such structures can lie. This was compared with experimental results, showing …
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