Explores how dental materials perform in the mouth and how to improve them for durability.
This report analyzes the chemistry, development, and testing of dental resins, sealants, cements, and bonding techniques in a collaborative research framework. It examines how new resins, fillers, and accelerators may reduce polymerization shrinkage, improve color stability, and strengthen denture bases and fillings, with an eye toward real-world performance.
The book summarizes advances in adhesive strategies, wear resistance, and the mechanical behavior of restorative materials. It also describes measurement methods and equipment used to assess wear, strength, and bonding to tooth structures, along with factors that influence long-term durability.
- New dental resins and monomers being explored, including surface-energy–reducing polymers and bulky, low-shrinkage candidates.
- Adhesive approaches, such as cyanoacrylates and surface-active amines, and how they affect bonding to dentin, enamel, and bone.
- Wear testing methods and the relationship between material properties and wear resistance.
- Data on processing, stability, and the interaction between restorative materials and tooth structures.
Ideal for researchers, dental materials professionals, and students seeking a clear overview of material science behind modern dental restorations.