Sentence examples for materials design problem from inspiring English sources

We perform both feature and kernel selection on a materials design problem.

Properties closures delineate the theoretical objective space for materials design problems, allowing designers to make informed trade-offs between competing constraints and target properties.

"Whether it is medicine, for machines through nanotechnology, in agriculture or materials, design problems require simultaneous innovation in computing and science that can only be accomplished by those with the combined skills".

These constructs are used to model different types of decisions that occur in integrated product and materials design problems.

Most materials design problems of practical interest involve solutions with property/response sets that conflict in terms of their demand upon material structure at various scales.

The problem thus formulated is a constrained version of the isotropic material design problem, in which both bulk and shear elastic moduli of isotropy are design variables.

A numerical example, a honeycomb material design problem and a box girder design application are used to demonstrate the computational capability of the LMPP method.

For both methods, the solution strategies and techniques are discussed and demonstrated in the context of the multiscale multifunctional energetic and structural materials (MESMs) design problem.

Upper bound U on sum of stiffness is assumed because there is a design constraint on the amount of construction material in any design problem.

Based on the independent point-wise density interpolation (iPDI) and a bi-material model, optimal design problem of periodic unit cells is formulated using nodal density variables.

In this paper, we describe a new design parameterization scheme for the topology optimization problem involving three energy domains, viz electrical, thermal, and elastostatic, and multiple materials for the ETC design problem.