Freeze-casting (ice templating or freeze-drying) is a flexible and universal technique to
create architectures with a unique porous structure based on almost all kinds of …

Freeze casting, popularly known as ice templating or freeze gelation, is a mechanical
method to fabricate scaffolds of desirable properties and materials. Aerospace engineering …

The 3D freeze printing (3DFP) of nanocellulose aerogels are demonstrated with large‐scale
aligned pore orientations as a sustainable alternative to current acoustical materials. In …

Porous ceramics with oriented pores have wide applications in the fields of filtration,
insulation, biomaterials, and catalysis. In the present work, strengthening effect of up to 80 …

Cryogenic 3D printing, or freeze 3D printing, is an additive manufacturing process that prints
an object at “low” temperature atmosphere. It uses a temperature lower than the melting …

Modern logistics applications demand intelligent packaging aerogels with excellent
mechanical properties, but these materials typically do not display good resilience or …

In the rapidly advancing field of energy storage technologies, achieving efficiency and
sustainability has become paramount, with adsorption playing a crucial role. This adsorption …