Sentence examples for material constraints from inspiring English sources
And, in addition to the characters' material constraints, there are the writer's.
She wants us to appreciate the difficulties of living and making art in a place where an artist's desires are often irreconcilable with the society's material constraints.
Unlike so many industrial technologies -- railroads, say, or the telegraph -- the stored-program computer is a general-purpose tool, animated by software, a medium without material constraints.
But the engineer, whose aim is to maximize safety within a series of material constraints, cannot be distracted by how you and I feel.
A global computing network makes it easier for users to share information and the Web is a medium of software — a building material without material constraints, which lowers the barriers to innovation for users.
Left to our own material constraints, we quickly realised that this was going to be a show about the attempt, not the spectacle – about trying our hardest and hoping the eventual let-down might reveal something about the limits of performance as a means of accessing the past.
Among mechanical advantage, geometrical advantage and work ratio, one of the functional specifications is posed as objective function while displacement constraint and material constraint are imposed.
The results under the simulation and investigation conditions in this work show that for the interface cracks, the material constraint effects caused by work hardening mismatches are detrimental for fracture resistance due to the increase of crack-tip stress triaxiality, and this detrimental effects increase with increasing the mismatch degree in work hardening.
As Figure 2(A) and Additional File 5 panel (C) shows in the supplementary material, constraint-based modeling concludes that some enzymes in purine and pyrimidine pathways are actively participating in reaching an optimal symbiotic nitrogen fixation.
And a new technology, aided by some biotech, may both cut costs and ease raw-material constraints.
This paper reports the geometric (constructal) optimization of T-shaped fin assemblies, where the objective is to maximize the global thermal conductance of the assembly, subject to total volume and fin-material constraints.
