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A mixed topology optimization algorithm is implemented and presented for the compliance minimization problems of continuum structures with material volume constraints.
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The aim of the article is to describe the procedure for mixed topology-size optimization of tall guyed masts, seeking the minimal mast weight with stochastic genetic algorithms.
Sigmund, P.M. Clausen, Topology optimization using a mixed formulation: an alternative way to solve pressure load problems, Comput.
This paper presents the topology optimization based on a semi-analytical mixed scaled boundary finite element method (SBFEM) for problems involving incompressible materials using a moving iso-surface threshold method (MIST).
In this type of design-dependent loading problem, density-based topology optimization methods require extra numerical techniques (usually mixed models with overlapping domains) in order to model the interaction of different governing equations during the optimization procedures.
Topology optimization methods are aimed to produce optimal design.
Continuum topology optimization is suitable to generate the optimized topology, shape and size of such compliant mechanisms.
Thus the topology optimization of incompressible materials is also possible based on the mixed SBFEM.
Topology optimization is recently implemented in order to find an effective optimal damping treatment.
In order to realize lightweight design of a high-bypass turbofan engine, topology optimization of vacuum structure on a wide-chord fan blade was carried out regarding mixed loading conditions as static strength, vibration and bird-strike.
In this work we first achieved an optimal flow-geometry by applying the free-form method of topology optimization.
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