The manufacturing of lattice structures has been greatly facilitated thanks to the advances in additive manufacturing. Functionally graded lattice (FGL) structures, a major class of such structures, developed using topology optimization (TO) are known to have superior mechanical characteristics such as high stiffness to weight ratio. A new design methodology using an integrated TO process is proposed for the development of FGL structures in this research. For that purpose, a material-penalization formula derived by the application of homogenization is integrated into the TO process. As a result, relative densities of the TO are mapped directly. This approach is more advantageous compared with the alternative techniques as there is no need t...
A general framework for the multi-scale topology optimisation (TO) of lattice structures (LSs) is pr...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...
In this paper, a novel Free-size Optimization based Graded Lattice Generation (FOGLG) method, that g...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
open access articleA number of strategies that enable lattice structures to be derived from Topology...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
Additive manufacturing (AM) processes enable the production of functional parts with complex geometr...
Functionally Graded Materials (FGMs) possess continuously graded material properties and are charact...
This article presents a topology optimization method for structures consisting of multiple lattice c...
Owing to its excellent mechanical properties, triply periodic minimum surfaces (TPMS) lattice struct...
Owing to its excellent mechanical properties, triply periodic minimum surfaces (TPMS) lattice struct...
In recent years, the design of additive manufacturing (DFAM) has been increasingly emphasized, as ad...
Lightweight cellular structure generation and topology optimization are common design methodologies ...
A general framework for the multi-scale topology optimisation (TO) of lattice structures (LSs) is pr...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...
In this paper, a novel Free-size Optimization based Graded Lattice Generation (FOGLG) method, that g...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
open access articleA number of strategies that enable lattice structures to be derived from Topology...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
A number of strategies that enable lattice structures to be derived from Topology Optimisation (TO) ...
Additive manufacturing (AM) processes enable the production of functional parts with complex geometr...
Functionally Graded Materials (FGMs) possess continuously graded material properties and are charact...
This article presents a topology optimization method for structures consisting of multiple lattice c...
Owing to its excellent mechanical properties, triply periodic minimum surfaces (TPMS) lattice struct...
Owing to its excellent mechanical properties, triply periodic minimum surfaces (TPMS) lattice struct...
In recent years, the design of additive manufacturing (DFAM) has been increasingly emphasized, as ad...
Lightweight cellular structure generation and topology optimization are common design methodologies ...
A general framework for the multi-scale topology optimisation (TO) of lattice structures (LSs) is pr...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...
Owning to their lightweight characteristic and high performance, functionally graded lattice structu...