2015年2月12日 · Mechanical properties are the measured responses, both elastic (reversible upon force reduction) and plastic (irreversible or nonelastic), of materials under an applied force, distribution of forces, or pressure.

Examples of the mechanical properties are stress, strain, strength and stiffness. One of the most important properties of dental material is the ability to withstand the various mechanical forces placed during their use.

2023年10月11日 · Mechanical properties describe a material’s ability to resist forces. properties describe the setting reactions as well as the decay or degradation of materials. Rheological properties...

In this study, the elastic properties, dynamic mechanical properties (visco-elasticity) and fracture mechanical properties of enamel and dentin were reviewed to provide a more thorough understanding of the mechanical properties of human teeth.

2025年1月28日 · Changes in the mechanical properties of composite materials caused by storage in various aging media are the result of chemical and physical degradation, which are also known as diffusion-related ...

In this study, the mechanical properties of various dental restorative materials (amalgam, dental ceramic, dental resin, gold alloy, zirconia, and titanium alloy) were determined using test specimens of identical shape and dimensions under the same compressive test conditions.

Provisional restorations are subjected to chewing forces and require specific mechanical properties that allow them to survive the repeated functional forces of the oral environment, so in order to predict the behavior of a material, it is important to understand its mechanical properties.

2019年1月1日 · The mechanical properties of dental materials are primarily defined by the stress-strain relationship. The mechanical stability of dental materials explains their stability with respect to mechanical changes; that is, energy and forces, and their effect on bodies.

This research focuses on the mechanical properties of dental materials, specifically examining concepts such as tensile stress, shear stress, and flexural stress. It emphasizes the significance of yield strength and toughness in evaluating dental materials, particularly under conditions that simulate intraoral environments.

Dental composite materials have become a cornerstone in modern dentistry, particularly for restorative procedures. ... Fillers play a crucial role in determining the mechanical properties of the ...