Journal of Dental Research · 1973 · 22 citations · 3 references
DentistryDental Materials ScienceRestorative DentistryDental MaterialsMechanical Properties Of Dental MaterialsSurface Properties Of Dental MaterialsDental AdhesivesDental CementsDental PolymersFracture ResistanceStrength PropertiesAdhesive Failure AnalysisAdhesive Fracture MechanicsAdhesive MaterialsDental Cement Compressive StrengthFracture EnergyRestorative Dental MaterialsRestorative Materials
The strength of barnacle cement was compared with commercial dental polymeric restorative materials and cements by use of a fracture mechanics approach in conjunction with a blister technique. Barnacles were "grown" on various surfaces and the adhesive fracture energy of the cements was determined. These values were compared quantitatively with available commercial materials. On a wet surface, barnacle cement was favored.
3
Barmacle Cement-Key to Second Generation Antifouling Coatings
John R. Saroyan, Elek Lindner, Carol A Dooley et al. · Product R&D · 1970 · 45 citations
Natural Sciences, Materials Engineering, Materials Science +9