Sentence examples for understanding of the processing from inspiring English sources

Near net shape production and reproducibility of a product require a full understanding of the processing parameters' effect on manufacturing and final properties.

An improved understanding of the processing and mechanical behaviour of fibre-reinforced composites would extend the potential applications of these materials.

They not only contribute to our understanding of the processing of visceral pain, but also have clinical implications for the management of chronic pain states.

Polymers synthesized via anionic polymerization have proved important to our fundamental understanding of the processing, that is rheology and crystallisation, of bulk commodity polymers.

It could provide useful quantitative information on the role of solid loading, composition and particle size distribution on yield stress of mixed suspensions for an improved understanding of the processing of fine particulate fluids.

But before building a camera noise model, we first need a better understanding of the processing inside a digital camera.

The understanding of the processing-structure-property relationship investigated here can lead to composites engineered for targeted applications.

Deep understanding of the processing-structure-properties interplays requires multiple characterization techniques to provide insights on the impact of the processing/compatibilization on morphology and phases' distribution.

The development, processing, and characterization of new materials are aided by novel approaches to materials design and synthesis that are based on a fundamental and unified understanding of the processing-structure-properties-performance relationships for a wide range of materials.

This is considered to be helpful for a better understanding of the laser processing process.

Moreover, process control and an in-depth understanding of the key processing variables, the resulting material microstructure of the claddings and their resulting properties are essential for successful 2D and 3D material deposition.