Strength Fracture and Complexity is an important academic journal that focuses on research related to material strength, fracture, and complexity. This journal focuses on exploring the mechanical properties, fracture behavior, and complex phenomena involved in materials under different conditions. It covers multiple disciplinary fields, including materials science, mechanics, physics, and engineering. In terms of material strength, it is possible to study the strength characteristics and influencing factors of new materials, such as the high-strength mechanism of nanomaterials or the strengthening principle of composite materials. Regarding fracture behavior, the process and mechanism of material fracture initiation, propagation, and ultimate failure will be explored. For example, studying the crack propagation law of metal materials under fatigue load.

The theme of complexity involves complex phenomena in material properties and behavior, such as multi-scale structure performance relationships, nonlinear mechanical responses, etc. For example, analyzing how the complex hierarchical structure of biomaterials affects their mechanical properties. The journal encourages the use of advanced experimental techniques, theoretical models, and numerical simulation methods to reveal the essence of material behavior. There may be research combining microscopic characterization techniques and macroscopic mechanical testing, or material performance analysis based on complex system theory. The editorial team is composed of experts with profound expertise in materials mechanics and complexity research, who rigorously review submitted articles to ensure the academic quality and cutting-edge nature of the journal.