👉 Mesh engineering is a sophisticated approach to designing and fabricating materials with tailored microstructures, specifically focusing on the arrangement and connectivity of pores or voids within a material's framework. This technique involves manipulating the size, shape, distribution, and interconnectivity of these pores to optimize material properties such as mechanical strength, permeability, thermal conductivity, and surface area. By precisely controlling the mesh structure, researchers can create materials with enhanced functionalities for diverse applications, ranging from advanced filtration systems and energy storage devices to biomedical implants and catalysts. Mesh engineering leverages various fabrication methods, including 3D printing, templating, and self-assembly, to achieve the desired microarchitecture, enabling the development of materials with unprecedented performance characteristics.
