Francesco Pera
Papers
3
Total Citations
152
H-Index
3
About
Francesco Pera is a leading researcher in dental biomaterials and implant prosthodontics, with a specialized focus on the biomechanical behavior of restorative materials under simulated oral function. His work centers on understanding how different materials absorb and transmit occlusal forces to dental implants, a critical factor for the long-term success of implant-supported prostheses. Pera’s major contribution lies in the development and application of advanced masticatory robots—sophisticated chewing simulators that replicate three-dimensional mandibular movements and natural chewing forces. Using this innovative methodology, he has systematically evaluated the shock absorption capacity of various restorative materials, from ceramics to composites, providing evidence-based guidance for material selection in clinical practice. His most cited study (96 citations) measured vertical force transmission through different crown materials onto simulated peri-implant bone, while his foundational work on the robotic chewing simulator (36 citations) validated a device now used internationally for dental materials testing. By bridging engineering and dentistry, Pera has established a reproducible, quantitative framework for assessing prosthetic performance, directly impacting implant treatment outcomes and material science. His research is essential reading for clinicians and bioengineers seeking to optimize implant prosthesis design for patient comfort and durability.
Research Focus
Key Achievements
Top Papers
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