Summarization: Microstructures can lead to homogeneous materials with negative Pois- son’s ratio, the so-called auxetics. An automatic way to create such microstructures is provided by topology optimization for compliant mechanisms. Nonconvexity is addressed by a suitable hybrid algorithm, based on differential evolution. This technique is demonstrated in the present paper with numerical examplesΠαρουσιάστηκε στο: Structural Longevit
Metamaterials are a family of artificially engineered materials consisting of an array of periodical...
In this thesis the Topology Optimization technique for optimal engineering mi-crostructure design is...
By using homogenization, the complex topology optimization problem can be converted to a sizing opti...
Summarization: The design of mechanical microstructures having auxetic behaviour is proposed in this...
Summarization: Designing micro-structures that lead to materials with negative Poisson’s ratio, the ...
Metamaterials usually refer to artificial composite materials consisting of an array of periodically...
This is the author accepted manuscript. The final version is available from Springer via the DOI in ...
Auxetic materials exhibit material properties, which are usually not seen in nature. This type of ma...
Summarization: The design of novel mechanical microstructures having auxetic behaviour is proposed i...
Complex inertial Micro Electro Mechanical Systems (MEMS) usually require the simultaneous motion of ...
© 2017 Elsevier B.V. This paper proposes a level set-based robust topology optimization (RTO) method...
Aim of this work is the synthesis of auxetic structures using a topology optimization approach for m...
This thesis studies topology optimization method employing the homogenization method, with a focus o...
This paper presents a dynamic analysis of earlier optimized auxetic structure. This optimization bas...
Engineers are often required to design mechanical structures to meet specific loading conditions. To...
Metamaterials are a family of artificially engineered materials consisting of an array of periodical...
In this thesis the Topology Optimization technique for optimal engineering mi-crostructure design is...
By using homogenization, the complex topology optimization problem can be converted to a sizing opti...
Summarization: The design of mechanical microstructures having auxetic behaviour is proposed in this...
Summarization: Designing micro-structures that lead to materials with negative Poisson’s ratio, the ...
Metamaterials usually refer to artificial composite materials consisting of an array of periodically...
This is the author accepted manuscript. The final version is available from Springer via the DOI in ...
Auxetic materials exhibit material properties, which are usually not seen in nature. This type of ma...
Summarization: The design of novel mechanical microstructures having auxetic behaviour is proposed i...
Complex inertial Micro Electro Mechanical Systems (MEMS) usually require the simultaneous motion of ...
© 2017 Elsevier B.V. This paper proposes a level set-based robust topology optimization (RTO) method...
Aim of this work is the synthesis of auxetic structures using a topology optimization approach for m...
This thesis studies topology optimization method employing the homogenization method, with a focus o...
This paper presents a dynamic analysis of earlier optimized auxetic structure. This optimization bas...
Engineers are often required to design mechanical structures to meet specific loading conditions. To...
Metamaterials are a family of artificially engineered materials consisting of an array of periodical...
In this thesis the Topology Optimization technique for optimal engineering mi-crostructure design is...
By using homogenization, the complex topology optimization problem can be converted to a sizing opti...