Polystyrene foams with controlled pore sizes and narrow pore size distributions have been synthesized via lab-on-a-chip techniques.

Polystyrene foams with controlled pore sizes and narrow pore size distributions have been synthesized via lab-on-a-chip techniques.
This paper provides a review of recent developments in the field of Mg corrosion and puts those into context.
High-temperature shape memory thin films have been prepared at room temperature by magnetron sputtering technique.
An X-ray ptychography study follows the destruction of a microscale composite during compression in unprecedented detail.
X-ray imaging and controlled solidification is used to watch and understand how crystals evolve in metals.
This recent special issue of Advanced Engineering Materials is dedicated to reactive air brazing.
Using a composite ink for direct inkjet printing of dielectric thick films offers new possibilities for the printing of dielectric components and devices.
A new class of soft actuators based on the auxetic behavior of patterned cylindrical shells containing a layout of voids that can be designed to reversibly achieve flexural or twisting motion is presented.
This themed issue of Advanced Engineering Materials focuses on interdisciplinary research work on multicomponent materials.
A new approach to obtain colloidal crystal films from polystyrene nanoparticles in narrow structured molecular monolayers.