Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
ANALYSIS OF SURFACE MICROGEOMETRY AND STRUCTURE OF LAYERED BIOMATERIALS USED FOR PROSTHETIC CONSTRUCTIONS IN DIGITAL TECHNOLOGIES
View through CrossRef
Veneering layers of prosthetic substructures are responsible for tribological cooperation with opposite teeth in
the stomatognathic system (SS). Investigations of microgeometry and structure of veneering layers are aimed
at checking to what extent these layers replicate enamel parameters, which, under complex load conditions, are
characterized by the phenomenon of resistance to tribological wear. Ceramic veneering layers are dedicated
for substructures made in digital technologies from factory fittings by milling and laser sintering of metal
powders. Using a confocal microscope, contactless tests of the surface layer stereometry were performed and
surface roughness parameters were determined on samples of ceramics veneering of prosthetic substructures.
The analysis was performed in comparison to the natural enamel of premolars and molars. The shaping of
the surface of materials veneering the substructures is similar to the regularity determined in the statistical
analysis of the enamel roughness. Layers facing samples from milling technology are characterized by lower
values of roughness parameters than layers created on substructures made of SLM technology.
Title: ANALYSIS OF SURFACE MICROGEOMETRY AND STRUCTURE
OF LAYERED BIOMATERIALS USED FOR PROSTHETIC
CONSTRUCTIONS IN DIGITAL TECHNOLOGIES
Description:
Veneering layers of prosthetic substructures are responsible for tribological cooperation with opposite teeth in
the stomatognathic system (SS).
Investigations of microgeometry and structure of veneering layers are aimed
at checking to what extent these layers replicate enamel parameters, which, under complex load conditions, are
characterized by the phenomenon of resistance to tribological wear.
Ceramic veneering layers are dedicated
for substructures made in digital technologies from factory fittings by milling and laser sintering of metal
powders.
Using a confocal microscope, contactless tests of the surface layer stereometry were performed and
surface roughness parameters were determined on samples of ceramics veneering of prosthetic substructures.
The analysis was performed in comparison to the natural enamel of premolars and molars.
The shaping of
the surface of materials veneering the substructures is similar to the regularity determined in the statistical
analysis of the enamel roughness.
Layers facing samples from milling technology are characterized by lower
values of roughness parameters than layers created on substructures made of SLM technology.
Related Results
Advanced engineering materials and materials processing technologies in dental implant and prosthetic treatment with clinical cases
Advanced engineering materials and materials processing technologies in dental implant and prosthetic treatment with clinical cases
The article deals with materials science issues concerning the application areas in dental engineering. The monograph aims to present the results of the Author’s work against the b...
The influence of micro influencers and digital marketing on product purchasing decisions at tiktok shop in bengkulu city
The influence of micro influencers and digital marketing on product purchasing decisions at tiktok shop in bengkulu city
THE INFLUENCE OF MICRO-INFLUENCERS AND DIGITAL MARKETING ON PURCHASE DECISIONS OF TIKTOK SHOP CUSTOMERS IN BENGKULU CITY
Andhes Tiani Putri, Meylaty F
12Faculty Of Economic
E...
METHOD OF TREATMENT AND MAINTENANCE THERAPY OF PROSTHETIC STOMATITIS IN PATIENT WITH DIABETES MELLITUS
METHOD OF TREATMENT AND MAINTENANCE THERAPY OF PROSTHETIC STOMATITIS IN PATIENT WITH DIABETES MELLITUS
Relevance. Adaptation to prostheses and their further wearing is often associated with traumatic injuries of the oral mucosa. Mechanical traumas of the oral mucosa with removable l...
Comparison of Foot-Ankle Biomechanics During Treadmill Walking with Commercially Available and Corresponding Emulated Prosthetic Feet
Comparison of Foot-Ankle Biomechanics During Treadmill Walking with Commercially Available and Corresponding Emulated Prosthetic Feet
Background A robotic prosthetic foot emulator (PFE) programmed to emulate different prosthetic feet could allow individuals with lower limb loss to quickly ‘test-drive’ ...
The consequences of fixed prosthetic constructions on periodontal health
The consequences of fixed prosthetic constructions on periodontal health
Introduction. Periodontal health plays an important role in the longevity of prosthodontic restorations. Proper treatment planning and prosthetic treatment are essential for the lo...
Study on friction behavior at the interface between prosthetic socket and liner
Study on friction behavior at the interface between prosthetic socket and liner
Purpose: The friction characteristics at the interface between prosthetic socket and liner have an important influence on the walking function and wearing comfort of amputees. The ...
Layered Materials: Oxides and Hydroxides
Layered Materials: Oxides and Hydroxides
Abstract
Layered compounds exhibit various properties based on their layered structures. The most typical chemical property is the intercalation reaction, which most laye...