In practice, probably any specimen shape of engineering interest is going to be a Borel set.
For this reason, the shape of engineering systems needs to be optimized in the initial design stage.
For the usage and shaping of engineering parts of nanocrystalline (NC) materials, deformation behavior at both the service temperature and the forming temperature is necessary.
This work provides a comprehensive overview of the current technological trends and main perspectives on electro, chemical and physical shaping of engineering ceramics with a focus on experimental works.
The results reveal the role of social factors in shaping the investigation pattern of engineering accidents, and show engineering accidents can serve as a window to understanding a society and the ways that learning from engineering accidents is a socially institutionalized process.
We present a new method for stochastic shape optimisation of engineering structures.
Shape measurements of engineering surfaces are an interesting and important application for white-light interferometry (WLI).
Shape optimization of engineering components following the design rules of nature was started in the late eighties in the Karlsruhe Research Centre.
Nett-shape manufacturing of engineering components is a major objective of modern material-conversion industries: relevant technologies depend on tools in which error-compensation can be effected.
Based on the extensive experience in injection moulding of polymeric materials, a twin-screw rheomoulding process has been developed in our laboratory for near net-shape production of engineering components.
