In-Plane Mechanical Property of Terephthalate-based Two-Dimensional Metal-Organic Frameworks

Key Points

• This research aims to analyze the in-plane mechanical properties of terephthalate-based two-dimensional metal-organic frameworks under mechanical loading.
• Characterized the structures and compositions of the frameworks.
• Investigated the mechanical response under different loading conditions.
• Measured the in-plane elastic modulus to quantify the mechanical properties.
• Identified significant variations in the in-plane elastic modulus based on the framework's structure.
• Demonstrated that mechanical loading affects the material properties critically.
• Provided quantitative data on the modulus that can guide practical applications.

Abstract