This paper details the design, manufacture and testing of regular metallic lattice structures with unit cell sizes in the range 0.8mm to 5mm and truss elements of 100-500 µm in diameter [1]. The structures were manufactured using Selective Laser Melting (SLM) technology from 316L stainless steel. Compression tests have shown yield loadings of over 3.5kN despite being only 18mm by 18mm by 10mm in height, the results are favourably comparable to current commercially available metallic foams. Software has been developed that creates slice files without the use of CAD software or STL files and is capable of producing lattices within a volume defined by a STL file.Mechanical Engineerin
This paper investigates the effect of processing parameters on the dimensional accuracy and mechanic...
This study carries out an experimental characterization of lattice structures that are based on cubi...
AbstractAdditive manufacturing has opened doors to many new technological developments that could no...
This paper details the design, manufacture and testing of regular metallic lattice structures with ...
This paper details the design, manufacture and testing of regular metallic lattice structures with u...
PublishedJournal ArticleThis paper investigates the manufacturability and performance of advanced an...
The growing interest from the industry for lightweight metal components has driven the development o...
Cellular material structures, such as honeycombs and lattice structures, enable unprecedented stiff...
Cellular materials, including foams, honeycombs, lattices, and similar constructions, offer the key...
The availability of additive manufacturing technologies in particular the selective laser sintering ...
Cellular structures are similarly identified as lattice structures or foam structures which are comm...
This scientific survey is about periodic lattice structures which are made by Selective Laser Meltin...
Selective laser melting technology makes it possible to produce 3D cellular lattice structures with ...
This paper investigates the effect of designs and process parameters on the dimensional accuracy and...
By the term, lattice structures are intended topologically ordered open-celled structures consisting...
This paper investigates the effect of processing parameters on the dimensional accuracy and mechanic...
This study carries out an experimental characterization of lattice structures that are based on cubi...
AbstractAdditive manufacturing has opened doors to many new technological developments that could no...
This paper details the design, manufacture and testing of regular metallic lattice structures with ...
This paper details the design, manufacture and testing of regular metallic lattice structures with u...
PublishedJournal ArticleThis paper investigates the manufacturability and performance of advanced an...
The growing interest from the industry for lightweight metal components has driven the development o...
Cellular material structures, such as honeycombs and lattice structures, enable unprecedented stiff...
Cellular materials, including foams, honeycombs, lattices, and similar constructions, offer the key...
The availability of additive manufacturing technologies in particular the selective laser sintering ...
Cellular structures are similarly identified as lattice structures or foam structures which are comm...
This scientific survey is about periodic lattice structures which are made by Selective Laser Meltin...
Selective laser melting technology makes it possible to produce 3D cellular lattice structures with ...
This paper investigates the effect of designs and process parameters on the dimensional accuracy and...
By the term, lattice structures are intended topologically ordered open-celled structures consisting...
This paper investigates the effect of processing parameters on the dimensional accuracy and mechanic...
This study carries out an experimental characterization of lattice structures that are based on cubi...
AbstractAdditive manufacturing has opened doors to many new technological developments that could no...