Buscar
Mostrando ítems 1-6 de 6
A minimum weight FEM formulation for Structural Topological Optimization with local stress constraints
(2005)
Since Bendsoe and Kikuchi proposed the basic concepts in 1988, most of topology structural optimization
results have been obtained so far by means of a maximum stiffness (minimum strain energy, minimum
compliance) approach. ...
A minimum weight with stress constraints FEM approach for topology structural optimization problems
(2002)
[Abstract] Sizing and shape structural optimization problems are normally stated in terms of a minimum weight
approach with constraints that limit the maximum allowable stresses and displacements.
However, topology ...
Topology Optimization of Structures: a minimum weight FEM approach
(2002)
[Resumen] En general, los ingenieros tratan de diseñar piezas
de peso mínimo que sean capaces de resistir las solicitaciones
máximas que se puedan producir durante la vida útil de la pieza.
Sin embargo, las formulaciones ...
Optimización topológica de estructuras: una formulación de mínimo peso con restricciones en tensión
(2002)
[Resumen] La optimización de formas y dimensiones en ingeniería estructural se plantea habitualmente mediante formulaciones de mínimo peso con restricciones impuestas que limitan los
valores admisibles de tensiones y ...
Topology optimization of structures: a minimum weight approach with stress constraints
(Elsevier, 2004)
Sizing and shape structural optimization problems are normally stated in terms of
a minimum weight approach with constraints that limit the maximum allowable
stresses and displacements.
However, topology structural ...
Minimum weight with stress constraints topology optimization
(2003)
[Abstract] Sizing and shape structural optimization problems are normally stated in terms of
a minimum weight approach with constraints that limit the maximum allowable
stresses and displacements.
However, topology ...