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Approximation of the mechanical response of large lattice domains using homogenization and design of experiments 

Montoya-Zapata D.; Acosta D.A.; Cortés C.; Pareja-Corcho J.; Moreno A.; Posada J.; Ruiz-Salguero O. (Universitatea Politehnica Bucuresti, 2020-01-01)
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, ortho-walls, gyroid, etc.) with each individual having distinct geometric grading. In the context of the design, analysis ...
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A General Meta-graph Strategy for Shape Evolution under Mechanical Stress 

Montoya-Zapata D.; Acosta D.A.; Ruiz-Salguero O.; Posada J.; Sanchez-Londono D. (Taylor and Francis Inc., 2019-01-01)
The challenges that a shape or design stands are central in its evolution. In the particular domain of stress/strain challenges, existing approaches eliminate under-demanded neighborhoods from the shape, thus producing the ...
Thumbnail

A General Meta-graph Strategy for Shape Evolution under Mechanical Stress 

Montoya-Zapata D.; Acosta D.A.; Ruiz-Salguero O.; Posada J.; Sanchez-Londono D. (Taylor and Francis Inc., 2019-01-01)
The challenges that a shape or design stands are central in its evolution. In the particular domain of stress/strain challenges, existing approaches eliminate under-demanded neighborhoods from the shape, thus producing the ...
Thumbnail

Approximation of the mechanical response of large lattice domains using homogenization and design of experiments 

Montoya-Zapata D.; Acosta D.A.; Cortés C.; Pareja-Corcho J.; Moreno A.; Posada J.; Ruiz-Salguero O. (Universitatea Politehnica Bucuresti, 2020-01-01)
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, ortho-walls, gyroid, etc.) with each individual having distinct geometric grading. In the context of the design, analysis ...
Thumbnail

A General Meta-graph Strategy for Shape Evolution under Mechanical Stress 

Montoya-Zapata D.; Acosta D.A.; Ruiz-Salguero O.; Posada J.; Sanchez-Londono D. (Taylor and Francis Inc., 2019-01-01)
The challenges that a shape or design stands are central in its evolution. In the particular domain of stress/strain challenges, existing approaches eliminate under-demanded neighborhoods from the shape, thus producing the ...
Thumbnail

Approximation of the mechanical response of large lattice domains using homogenization and design of experiments 

Montoya-Zapata D.; Acosta D.A.; Cortés C.; Pareja-Corcho J.; Moreno A.; Posada J.; Ruiz-Salguero O. (Universitatea Politehnica Bucuresti, 2020-01-01)
Lattice-based workpieces contain patterned repetition of individuals of a basic topology (Schwarz, ortho-walls, gyroid, etc.) with each individual having distinct geometric grading. In the context of the design, analysis ...
Thumbnail

Meta-modeling of Lattice Mechanical Responses via Design of Experiments 

Montoya-Zapata D.; Acosta D.A.; Cortes C.; Pareja-Corcho J.; Moreno A.; Posada J.; Ruiz-Salguero O. (Institute of Electrical and Electronics Engineers Inc., 2020-01-01)
In the context of lattice manufacturing, the problem of mechanical and structural characterization of large lattice domains is relevant. Lattice materials are used in engineering (e.g. in energy absorption and heat conduction) ...
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Meta-modeling of Lattice Mechanical Responses via Design of Experiments 

Montoya-Zapata D.; Acosta D.A.; Cortes C.; Pareja-Corcho J.; Moreno A.; Posada J.; Ruiz-Salguero O. (Institute of Electrical and Electronics Engineers Inc., 2020-01-01)
In the context of lattice manufacturing, the problem of mechanical and structural characterization of large lattice domains is relevant. Lattice materials are used in engineering (e.g. in energy absorption and heat conduction) ...
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FEA Structural Optimization Based on Metagraphs 

Montoya-Zapata D.; Acosta D.A.; Ruiz-Salguero O.; Sanchez-Londono D. (Springer Verlag, 2019-01-01)
Evolutionary Structural Optimization (ESO) seeks to mimic the form in which nature designs shapes. This paper focuses on shape carving triggered by environmental stimuli. In this realm, existing algorithms delete under - ...
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FEA Structural Optimization Based on Metagraphs 

Montoya-Zapata D.; Acosta D.A.; Ruiz-Salguero O.; Sanchez-Londono D. (Springer Verlag, 2019-01-01)
Evolutionary Structural Optimization (ESO) seeks to mimic the form in which nature designs shapes. This paper focuses on shape carving triggered by environmental stimuli. In this realm, existing algorithms delete under - ...
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Document typeArtículo (6)Documento de conferencia (6)Author
Acosta D.A. (12)
Montoya-Zapata D. (12)
Ruiz-Salguero O. (12)
Posada J. (9)Moreno A. (6)... View MoreSubjectDesign of experiments (6)Evolutionary structural optimization (6)Finite element method (6)Mathematical graph (6)Shape optimization (6)... View MoreDate Issued2019 (6)2020 (6)

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