DSO optimizes the layout of material by iteratively distributing it into the areas of highest loading, while simultaneously changing the design domain to increase computational efficiency.
Following this design concept in this paper three appropriate methods are presented for the determination of the optimal layout of material of elasto-plastic structures (beams, frames, trusses and plates) subjected to extreme loading.
The paper provides an overview of the nuclear design activities conducted in the EU on the development of TBMs for ITER and the layout of material test modules for IFMIF.
This study presents conceptually effective layouts of materials, i.e. steel or fiber, optimally positioned into building frames.
The complete design, including schematic, PCB layout, bill of materials and source code, will be released through an open source license, allowing other labs to modify the design to fit their needs.
The existing waste estimation methods include 'Waste Index' (Poon et al., 2001), 'Global Index' and 'Component Index' (Jalali, 2007), material stocks and flows from a region (Cochran and Townsend, 2010), quantities from related construction databases (Solis-Guzman, et al., 2009 and Llatas, 2011), physical layout forms of materials (Lau, et al., 2008) or accounting tools.
The topology optimization is actualized by seeking out the optimal layout of ferromagnetic materials within a given design domain.
We analyze a typical 3-D conductivity problem which consists in seeking the optimal layout of two materials in a given design domain Ω⊂R3 by minimizing the L2-norm of the electric field under a constraint on the amount on each material that we can use.
A sort of the file layout of integrating material information and geometry information is brought forward.
The fiber volume fraction control can be used to relax the orientation design problem and simultaneously design a functionally graded structural layout of fiber material.
In this paper, we propose a practical design method to maximize modal loss factors by optimizing the layout of damping material under a volume constraint.
