The proposed method of simulating the microstructural evolution in sintering bodies may be effective in the computer-aided design of microscale components or thin films produced by powder processing.
Prototyping involves constructing specific layers that uses powder processing and liquid binding materials.
GEA Process Engineering is recognized within liquid processing, concentration, industrial drying, powder processing and handling, emission control, solid dosage processing, and aseptic packaging.
Alumina-based nanocomposites reinforced with niobium and/or carbon nanotubes (CNT) were fabricated by advanced powder processing techniques and consolidated by spark plasma sintering.
The ceramic was sintered by traditional powder processing method [1, 2, 3].
Such modifications have some specific advantages, e.g., they allow obtaining thinner coatings of 5 to 50 μm, which are a few times thinner than those obtained by dry powder processing (Table 3) (Surmenev 2012).
Following a brief overview of recent developments in laundry powder processing by comparison with other areas of industrial application, and current drivers and trends, a review is presented of collaborative research between Unilever R&D and Sheffield University on fluidised bed granulation using melt binders.
Food companies, equipment suppliers, and scientists became aware of the relevance of a global approach by integrating the food powders engineering approach (particles properties, powder reactivity, and powder processing) to the classical food sciences concepts.
In this work, two powder processing routes, Spray Drying (SD) and Freeze Granulation (FG), were implemented for single mullite and the equal by volume mullite/YSZ mixture.
In addition, powders of this size provide advantages, in general, for powder processing in terms of reduced processing pressures/temperatures and additional control over the final microstructure.
