General processing of cellular materials focuses on the techniques used to create foams, honeycombs, and similar structures.

Functionalization and surface modification enhance the surface properties of cellular materials to meet specific application needs.

This topic covers the analysis and simulation of the structure, chemical, and physical properties of cellular materials. 

Standardization in cellular materials aims to establish uniform protocols and benchmarks across the industry. 

Digitalization in the field of cellular materials integrates advanced computing technologies to improve manufacturing and design processes. 

Additive manufacturing of cellular materials involves layer-by-layer production to create complex structures with light weight and high strength.

Cellular materials are explored for their effectiveness in energy and thermal management applications due to their insulating properties.

These materials are designed to enhance performance in catalysis, sorption, and the production of raw materials through their unique porous structures. 

Cellular materials are crucial in biomedical devices and life sciences for applications such as scaffolds in tissue engineering.

In automotive, aerospace, and transportation, cellular materials contribute to reducing weight while maintaining strength and safety standards. 

Geopolymers and refractory materials made from cellular structures offer high thermal resistance and stability.

Focuses on the sustainability and recyclability of cellular materials to promote environmental responsibility.