Titlebook: Sustainable Technologies for Nearly Zero Energy Buildings; Design and Evaluatio Sašo Medved,Suzana Domjan,Ciril Arkar Book 2019 Springer Na

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Sašo Medved,Suzana Domjan,Ciril Arkaronnectivity of the design domain that optimizes an object’s material distribution through insertion and arrangement of holes in its structure. However, as will be explained in detail later, the shape of the holes actually becomes the target. Therefore, the problems dealt with in this chapter also be

Brochure

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Sašo Medved,Suzana Domjan,Ciril Arkarting homogeneous Neumann boundary conditions. Therefore, a two-phase problem yields a shape optimization problem, where the boundaries, as well as the topology of the holes (i.e., their number and connectivity), are subject to optimization. In other words, the weak phase with very small conductivity

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Sašo Medved,Suzana Domjan,Ciril Arkarth an arbitrary number of s- narios without increasing the computational effort signi?cantly. Both risk neutral and risk averse models are investigated. This monograph is based on a doctoral dissertation prepared during 2004-2008 at the Chair of Discrete Mathematics and Optimization in the Departmen

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Sašo Medved,Suzana Domjan,Ciril Arkarn 3D and then derive the invariants of the . projection from a 3D space to a 2D image. In our definition, the invariants of 3D symmetries serve as the basis for describing the 3D shapes, and the invariants of perspective projections are essential for recovering 3D shapes from one or more 2D images.