Additive manufacturing is enabling the making of lattice based components. After an evaluation of various lattices class, Schwarz Diamond thin wall structure TPMS lattice was chosen as the lattice on which to focus the study. A homogenization technique based on single cell simulation was developed, in order to streamline design process of lattice based components. Mechanical testing were performed to verify mechanical properties of the material used to manufacture this lattice and to verify the correlation between simulation results and real world compression tests of Schwarz diamond thin wall structure TPMS lattice specimens
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, o...
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...
Additive Manufacturing (AM) technologies offer the ability to construct complex geometrical structur...
This paper describes the background, test methodology, and experimental results associated with the ...
In recent years, the advancement in additive manufacturing have enable the fabrication of complex la...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
In this paper we present a numerical investigation into surface-based lattice structures with the ai...
Additive manufacturing (AM) technology has undergone an evolutionary process from fabricating test p...
Three-dimensional lattices have applications across a range of fields including structural light weig...
Additive manufacturing offers a manufacturing technique to produce complex geometry prototypes at a ...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Additive manufacturing (AM) technology has undergone an evolutionary process from fabricating test p...
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, o...
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...
Additive Manufacturing (AM) technologies offer the ability to construct complex geometrical structur...
This paper describes the background, test methodology, and experimental results associated with the ...
In recent years, the advancement in additive manufacturing have enable the fabrication of complex la...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
In this paper we present a numerical investigation into surface-based lattice structures with the ai...
Additive manufacturing (AM) technology has undergone an evolutionary process from fabricating test p...
Three-dimensional lattices have applications across a range of fields including structural light weig...
Additive manufacturing offers a manufacturing technique to produce complex geometry prototypes at a ...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Tensile and compression test specimens comprising lattice structures with simple cubic, crossing-rod...
Additive manufacturing (AM) technology has undergone an evolutionary process from fabricating test p...
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, o...
Lattice materials are artificial materials made of repeating unit-cells. The internal architecture o...