Inâ€situ investigation of concentration of strains around an implanted bar
For constructional purposes reinforcement bars or connecting elements (implants) of a stronger material are installed in concrete, plastic, timber or another similar materialâ€matrix. Structural concepts are being developed where implants are used both as reinforcing and connecting elements. The im...
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Vilnius Gediminas Technical University
2005-03-01
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doaj-c97b3d1b8f3945669142a5d11d4026e82021-07-02T15:17:55ZengVilnius Gediminas Technical UniversityJournal of Civil Engineering and Management1392-37301822-36052005-03-0111110.3846/13923730.2005.9636331Inâ€situ investigation of concentration of strains around an implanted barValerijus Keras0Jonas RoliÄius1Dept of Building Structures , Kaunas University of Technology , Studentu g. 48, Kaunas, LTâ€51367, LithuaniaDept of Civil Engineering , University of Å iauliai , Vilniaus g. 141, Å iauliai, LTâ€76353, Lithuania For constructional purposes reinforcement bars or connecting elements (implants) of a stronger material are installed in concrete, plastic, timber or another similar materialâ€matrix. Structural concepts are being developed where implants are used both as reinforcing and connecting elements. The implants increase the strength and rigidity of structures. However, investigation of functioning of implants and generalisation of data obtained up to now have been premature. Moreover, they do not help us to understand some empiric facts. In the course of the aboveâ€mentioned tests (data concerning the tests were presented in previously published works), steel barsâ€implants with one meter thread were screwed and glued into timber and then attempts to extract them were made. During the test, the bars were screwed into holes in the timber filled with glue. The angle at which the implant was screwed through the layers of wood, the type of glue and some other factors were changed. Such characteristics as strength, strain, breakage and the process of deformation were analysed. Deformainijų koncentracijos implantuoto strypo aplinkoje ir jų natÅ«riniai tyrimai Santrauka Betonuose, plastike, medienoje ar panaÅ¡ioje medžiagoje †matricoje konstrukciniais sumetimais dažnai yra įterpiami stipresnÄ—s medžiagos strypai †armuojantys implantai. Tobulinami inžineriniai kompleksinio implantų naudojimo sprendimai, kai jie naudojami ir kaip armavimo, ir kaip jungimo priemonÄ—s. TaÄiau iki Å¡iol sukaupti implantų darbo tyrimu duomenys nÄ—ra iÅ¡samÅ«s, jų apibendrinimai †kiek skuboti. TÄ™siant Å¡iuos tyrimus, buvo bandomi įsriegti ir įklijuoti ar tik įklijuoti į puÅ¡inÄ™ medienÄ… stambieji metrinio sriegio strypaiâ€implantai. Buvo keiÄiamas implanto su medienos sluoksniais sudaromas kampas, klijų pobÅ«dis, kiti veiksniai. Buvo apraÅ¡ytos stiprumo, deformatyvumo, irimo charakteristikos, nagrinÄ—tų procesu pobÅ«dis. PasiÅ«lytos empirinÄ—s pareinamybÄ—s: vidutinÄ—, gauta, remiantis bandymų duomenimis, techniÅ¡kai patikima Å¡ių duomenų aibÄ—je ir pan. Raktiniai žodžiai: mediena, implantai, klijai, stiprumas, deformatyvumas, irimas. First Published Online: 14 Oct 2010 http://localhost/journals.vgtu.lt/index.php/JCEM/article/view/8891timberimplantsglueglulamstrengthstrain |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Valerijus Keras Jonas RoliÄius |
spellingShingle |
Valerijus Keras Jonas RoliÄius Inâ€situ investigation of concentration of strains around an implanted bar Journal of Civil Engineering and Management timber implants glue glulam strength strain |
author_facet |
Valerijus Keras Jonas RoliÄius |
author_sort |
Valerijus Keras |
title |
Inâ€situ investigation of concentration of strains around an implanted bar |
title_short |
Inâ€situ investigation of concentration of strains around an implanted bar |
title_full |
Inâ€situ investigation of concentration of strains around an implanted bar |
title_fullStr |
Inâ€situ investigation of concentration of strains around an implanted bar |
title_full_unstemmed |
Inâ€situ investigation of concentration of strains around an implanted bar |
title_sort |
inâ€situ investigation of concentration of strains around an implanted bar |
publisher |
Vilnius Gediminas Technical University |
series |
Journal of Civil Engineering and Management |
issn |
1392-3730 1822-3605 |
publishDate |
2005-03-01 |
description |
For constructional purposes reinforcement bars or connecting elements (implants) of a stronger material are installed in concrete, plastic, timber or another similar materialâ€matrix. Structural concepts are being developed where implants are used both as reinforcing and connecting elements. The implants increase the strength and rigidity of structures. However, investigation of functioning of implants and generalisation of data obtained up to now have been premature. Moreover, they do not help us to understand some empiric facts. In the course of the aboveâ€mentioned tests (data concerning the tests were presented in previously published works), steel barsâ€implants with one meter thread were screwed and glued into timber and then attempts to extract them were made. During the test, the bars were screwed into holes in the timber filled with glue. The angle at which the implant was screwed through the layers of wood, the type of glue and some other factors were changed. Such characteristics as strength, strain, breakage and the process of deformation were analysed.
Deformainijų koncentracijos implantuoto strypo aplinkoje ir jų natūriniai tyrimai
Santrauka
Betonuose, plastike, medienoje ar panaÅ¡ioje medžiagoje †matricoje konstrukciniais sumetimais dažnai yra įterpiami stipresnÄ—s medžiagos strypai †armuojantys implantai. Tobulinami inžineriniai kompleksinio implantų naudojimo sprendimai, kai jie naudojami ir kaip armavimo, ir kaip jungimo priemonÄ—s. TaÄiau iki Å¡iol sukaupti implantų darbo tyrimu duomenys nÄ—ra iÅ¡samÅ«s, jų apibendrinimai †kiek skuboti.
TÄ™siant Å¡iuos tyrimus, buvo bandomi įsriegti ir įklijuoti ar tik įklijuoti į puÅ¡inÄ™ medienÄ… stambieji metrinio sriegio strypaiâ€implantai. Buvo keiÄiamas implanto su medienos sluoksniais sudaromas kampas, klijų pobÅ«dis, kiti veiksniai. Buvo apraÅ¡ytos stiprumo, deformatyvumo, irimo charakteristikos, nagrinÄ—tų procesu pobÅ«dis. PasiÅ«lytos empirinÄ—s pareinamybÄ—s: vidutinÄ—, gauta, remiantis bandymų duomenimis, techniÅ¡kai patikima Å¡ių duomenų aibÄ—je ir pan.
Raktiniai žodžiai: mediena, implantai, klijai, stiprumas, deformatyvumas, irimas.
First Published Online: 14 Oct 2010
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topic |
timber implants glue glulam strength strain |
url |
http://localhost/journals.vgtu.lt/index.php/JCEM/article/view/8891 |
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