Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured

Background: The incidence of fractured acrylic denture base is a common problem found in clinical practices. One of the solution to decrease the incidence rate of denture fractures is by strengthening the denture itself by. means of embedding Stainless steel wire inside the denture base. Purpose...

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Main Author: Taffy J. Sanjoto, -
Format: Theses and Dissertations NonPeerReviewed
Language:English
Published: 2010
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Online Access:https://repository.unair.ac.id/118201/1/KKA%20KK%20KG%2096%2011%20SAN%20P.pdf
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spelling id-langga.1182012022-10-18T05:53:10Z https://repository.unair.ac.id/118201/ Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured Taffy J. Sanjoto, - RK1-715 Dentistry Background: The incidence of fractured acrylic denture base is a common problem found in clinical practices. One of the solution to decrease the incidence rate of denture fractures is by strengthening the denture itself by. means of embedding Stainless steel wire inside the denture base. Purpose: The purpose of this paper is to evaluate the transverse strength of resin acrylic plate that are reinforced by stainless wire with varying diameter of 1. Omm, 0.9mm, and 0.8mm, comparing that to resin acrylic plate that are not reinforced. Materials and Method: The acrylic plates that are used are heat cured acrylics (Dentsply, QC-20) and made according to ADA's standard dimension (65xIOx2,5mm). During "dough stage" the sandblasted stainless steel wire is embedded into the mold and the acrylic is then cured according to the manufacture's instruction. 3-point bending machine is used to evaluate the transverse strength of these acrylic plates and the results are then analyzed using one-way ANOVA. Result: The mean transverse strength of the acrylic plate that are reinforced with stainless steel wires with diameters of l.Omm, 0.9mm, 0.8mm are 117.528MPa, 126.744MPa and 113.556MPa respectively, while the unreinfor~ed acrylic plate's average transverse strength is 11 1. 6I2MPa. There was no significant increase of transverse strength between the reinforced acrylic group compared to the nonreinforced acrylic group, since P(0.08I} > a 0.05. Conclusion: There was an increase in transverse strength in the group that was reinforced with stainless steel wire, although not significant. The acrylic plate that was reinforced with stainless steel wire of 0.9mm diameter was the most effective among the rest of the reinforced group. Keywords: Resin acrylic, stainless steel wire, transverse strength. 2010 Thesis NonPeerReviewed text en https://repository.unair.ac.id/118201/1/KKA%20KK%20KG%2096%2011%20SAN%20P.pdf Taffy J. Sanjoto, - (2010) Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured. Skripsi thesis, UNIVERSITAS AIRLANGGA. http://www.lib.unair.ac.id
institution Universitas Airlangga
building Universitas Airlangga Library
continent Asia
country Indonesia
Indonesia
content_provider Universitas Airlangga Library
collection UNAIR Repository
language English
topic RK1-715 Dentistry
spellingShingle RK1-715 Dentistry
Taffy J. Sanjoto, -
Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
description Background: The incidence of fractured acrylic denture base is a common problem found in clinical practices. One of the solution to decrease the incidence rate of denture fractures is by strengthening the denture itself by. means of embedding Stainless steel wire inside the denture base. Purpose: The purpose of this paper is to evaluate the transverse strength of resin acrylic plate that are reinforced by stainless wire with varying diameter of 1. Omm, 0.9mm, and 0.8mm, comparing that to resin acrylic plate that are not reinforced. Materials and Method: The acrylic plates that are used are heat cured acrylics (Dentsply, QC-20) and made according to ADA's standard dimension (65xIOx2,5mm). During "dough stage" the sandblasted stainless steel wire is embedded into the mold and the acrylic is then cured according to the manufacture's instruction. 3-point bending machine is used to evaluate the transverse strength of these acrylic plates and the results are then analyzed using one-way ANOVA. Result: The mean transverse strength of the acrylic plate that are reinforced with stainless steel wires with diameters of l.Omm, 0.9mm, 0.8mm are 117.528MPa, 126.744MPa and 113.556MPa respectively, while the unreinfor~ed acrylic plate's average transverse strength is 11 1. 6I2MPa. There was no significant increase of transverse strength between the reinforced acrylic group compared to the nonreinforced acrylic group, since P(0.08I} > a 0.05. Conclusion: There was an increase in transverse strength in the group that was reinforced with stainless steel wire, although not significant. The acrylic plate that was reinforced with stainless steel wire of 0.9mm diameter was the most effective among the rest of the reinforced group. Keywords: Resin acrylic, stainless steel wire, transverse strength.
format Theses and Dissertations
NonPeerReviewed
author Taffy J. Sanjoto, -
author_facet Taffy J. Sanjoto, -
author_sort Taffy J. Sanjoto, -
title Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
title_short Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
title_full Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
title_fullStr Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
title_full_unstemmed Pengaruh Diameter Kawat Stainless Steel Terhadap Kekuatan Transversa Plat Resin Akrilik Tipe Heat Cured
title_sort pengaruh diameter kawat stainless steel terhadap kekuatan transversa plat resin akrilik tipe heat cured
publishDate 2010
url https://repository.unair.ac.id/118201/1/KKA%20KK%20KG%2096%2011%20SAN%20P.pdf
https://repository.unair.ac.id/118201/
http://www.lib.unair.ac.id
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