Other key advantages include, being independent of underlying physical models (e.g., either FEM or meshless methods), being flexibly accommodating sub-domains' heterogeneous material distributions, and being accurately responding to local user interactions.
These techniques yield a solver of near-optimal complexity, O(NlogN), allowing one to rapidly search the infinite-dimensional parameter space of all possible material distributions and even perform optimization over this space.
A concurrent topology optimization model of macrostructure and microstructure is established, where the objective is to maximize the macrostructural stiffness subject to volume constraints on the macro-material distribution and phase materials.
The company operates through six segments: Chemicals, Paper, Cement, Building Materials, Distribution and Investment.
Access to FHS biosamples from its genetic or nongenetic biorepository requires appropriate approvals (institutional review board, laboratory, DNA committee, etc) and a signed data and material distribution agreement and is consistent with the informed consent of its participants.
