Add to ORKGThe use of topology optimization in the design process in Civil Engineering can lead to innovative building shapes that not only fulfill structural requirements but also open new opportunities for arquitectonics
This study introduces applications of structural topology optimization to buildings and civil engine...
Structural Optimization, in general, can be interpreted as “the point” where the required structural...
Significant research effort has been devoted to topology optimization (TO) of two- and three-dimensi...
The contribution of this work centers on the establishment of a novel topology optimization framewor...
Topology optimization is a systematic, free-form approach to the design of structures. It simultaneo...
The optimal design for loads with multiple points of application is herein investigated by using a f...
This study introduces applications of structural topology optimization to buildings and civil engine...
AbstractThis paper presents research exploring the potential of topology optimization as a means for...
Over the years, several optimization techniques were widely used to find the optimum shape and size ...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Building with earthy materials requires new methods to generate architectural geometry and possibly ...
This paper shows the use of topology optimization for finding an optimized form for civil engineerin...
Topology optimization of continuum structures is a relatively new branch of the structural opti-miza...
Structural topology optimization is a mathematical methodology that provides an insight into the pre...
This paper proposes a two-step optimization algorithm to carry out simultaneously an optimal size an...
This study introduces applications of structural topology optimization to buildings and civil engine...
Structural Optimization, in general, can be interpreted as “the point” where the required structural...
Significant research effort has been devoted to topology optimization (TO) of two- and three-dimensi...
The contribution of this work centers on the establishment of a novel topology optimization framewor...
Topology optimization is a systematic, free-form approach to the design of structures. It simultaneo...
The optimal design for loads with multiple points of application is herein investigated by using a f...
This study introduces applications of structural topology optimization to buildings and civil engine...
AbstractThis paper presents research exploring the potential of topology optimization as a means for...
Over the years, several optimization techniques were widely used to find the optimum shape and size ...
Topology optimization is a powerful computational design tool that can be used to find optimal struc...
Building with earthy materials requires new methods to generate architectural geometry and possibly ...
This paper shows the use of topology optimization for finding an optimized form for civil engineerin...
Topology optimization of continuum structures is a relatively new branch of the structural opti-miza...
Structural topology optimization is a mathematical methodology that provides an insight into the pre...
This paper proposes a two-step optimization algorithm to carry out simultaneously an optimal size an...
This study introduces applications of structural topology optimization to buildings and civil engine...
Structural Optimization, in general, can be interpreted as “the point” where the required structural...
Significant research effort has been devoted to topology optimization (TO) of two- and three-dimensi...