Thesis Abstract

Abstract
The choice of dental restorative materials plays a crucial role in the success of posterior teeth restoration procedures. This thesis focuses on evaluating the efficacy of various dental restorative materials commonly used in posterior teeth restoration. The study aims to assess the performance of these materials in terms of longevity, strength, aesthetics, and biocompatibility. A comprehensive literature review was conducted to analyze existing research on the different types of dental restorative materials available and their properties. The research methodology involved experimental testing of these materials in simulated clinical conditions to evaluate their performance in real-world scenarios. The findings of this study indicate that the choice of dental restorative material significantly impacts the success of posterior teeth restoration. Factors such as material hardness, wear resistance, bond strength, and color stability were identified as critical parameters in determining the efficacy of these materials. The results of the experiments conducted suggest that certain materials exhibit superior performance in specific aspects of posterior teeth restoration, highlighting the importance of selecting the most appropriate material for each clinical case. The discussion of findings delves into the implications of the study results for dental practice, emphasizing the need for clinicians to consider the unique characteristics of each dental restorative material when planning posterior teeth restoration procedures. The conclusion of this thesis summarizes the key findings and highlights the significance of choosing the right dental restorative material to ensure the long-term success of posterior teeth restorations. Recommendations for future research include exploring novel materials and techniques that could further enhance the efficacy of posterior teeth restoration procedures. In conclusion, this thesis provides valuable insights into the assessment of dental restorative materials in posterior teeth restoration, offering guidance to dental practitioners in selecting the most suitable materials for their patients. The study contributes to the existing body of knowledge on dental materials science and provides a foundation for further research in this field. Ultimately, the findings of this thesis have the potential to improve the quality and longevity of posterior teeth restorations, benefiting both clinicians and patients in the field of dentistry.

Thesis Overview