Sentence examples for material engineering for from inspiring English sources

The advent of nanotechnology in material engineering for reconstructive surgery has bridged prosthesis construct with biologic consequence.

In terms of processing cost, feasibility in scale-up for mass production, material engineering for efficiency, etc., physical vapor depositions (PVDs), e.g., magnetron-sputtering deposition, have great advantages.

This paper presents a refined hydrogen diffusion model with applications in material engineering for fusion nuclear technology, since diffusion is known to be the main mechanism of hydrogen transport under static or quasi-static loading conditions.

The voxel based finite element (FE) method used to obtain primary data for non-invasive imaging techniques has emerged as a major focus of interest in several disciplines such as medicine, mechanics and material engineering for solving micro and nano-scale problems.

Multilayered, multicomponent, and nanostructured films are widely used in modern material engineering for their great contributions to improving protective properties of versatile industrial products involving hardness, wear, and corrosion resistance, oxidation resistance at high temperature [1 5].

Hubbell, J. A., Thomas, S. N. & Swartz, M. A. Materials engineering for immunomodulation.

We include a review on materials engineering for PCM and shows how materials can be optimized for various PCM applications.

This talk will detail our recent progress in the materials engineering for van der Waals heterostructures, including control over disorder, achieving robust electrical contacts, controlling interlayer rotation angle, and improving the quality of the constituent materials.

Aspects of nanotechnology that have already brought benefits to these areas include advanced drug delivery platforms, molecular imaging and materials engineering for surgical implants.

Increasingly, it is recognised that the abundant resources of evolutionized biological materials and structures provide an exciting opportunity for growth in the area of materials engineering for impact and projectile resistance.

Furthermore, this property allows detecting areas of sliding, which is important in both materials engineering for non-destructive control and in geoscience for monitoring the state of the Earth's crust.