Aqueous foam can be used as a transfer medium to form lightweight materials from natural
and man-made fibers together with other types of raw materials. This review discusses …

Mimicking natural structures allows the exploitation of proven design concepts for advanced
material solutions. Here, our inspiration comes from the anisotropic closed cell structure of …

Substituting plastics with circular and sustainable alternatives has increasingly become a
priority. Protective coatings, crucial components in numerous industries, are now in demand …

Novel lightweight cellulose fibre materials containing various strength enhancing polymeric
and fibrillar components were formed with the help of foam technology. Increasing inter-fibre …

Cellulose fiber materials suitable for filtering, insulation, protective, and hygiene applications
can be formed using aqueous foam as a carrier phase. The subtle fiber–bubble interaction …

To replace common plastics, bio‐based alternatives are needed. Cellulose foams, as plant‐
based materials, are the most attractive solution, being often biodegradable and …

To avoid microplastic pollution, there is an urgent need to replace fossil-based cushioning
materials in packaging with easily recyclable alternatives. Here, we investigated the …

Wood deformation, in particular when subject to compression, exhibits scale-free avalanche-
like behavior as well as structure-dependent localization of deformation. We have taken …

We study the creep behavior of a disordered brittle material (concrete) under successive
loading steps, using acoustic emission and ultrasonic sensing to track internal damage. The …

Foam-forming technique imparts ceramic fiber paper with excellent uniformity, low density,
and high porosity, but its strength loss must be compensated. Herein, a flexible and rigid …