Repair of a Cracked Historic Maryan Bell by Gas Welding

In this article, the range of works connected with the repair of a historical Maryan bell from 1639 are presented. The first attempts to repair damaged bells occurred in the 1930s in Poland. However, this process was stopped because of extensive technological difficulties. Welding and soldering-weld...

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Veröffentlicht in:Materials 2021-05, Vol.14 (10), p.2504
Hauptverfasser: Bartocha, Dariusz, Baron, Czesław
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description In this article, the range of works connected with the repair of a historical Maryan bell from 1639 are presented. The first attempts to repair damaged bells occurred in the 1930s in Poland. However, this process was stopped because of extensive technological difficulties. Welding and soldering-welding were the basic methods. There is one difference between these two methods—connecting surfaces are melted during the welding process but only heated until the melting temperature of the material added to the connection (that is the solder) during the soldering-welding process. It was important to heat the bell to the proper temperature during welding. Uneven heating causes the enlargement of existing cracks or the appearance of new ones, or even the complete destruction of the bell. Nowadays, a method of even heating using a special heating mat has been devised. Thanks to this method it is possible to control the heating and cooling process. The most important task during the whole operation of bell welding was obtaining the original sound. During this research, the chemical composition was examined to prepare a welding rod with a suitable chemical composition. After the repair process, an analysis of the sound of the bell was conducted. It was shown that the repair of bells is possible when correct thermal parameters are used. The most highly recommended technique for repairing bells is gas welding.
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The first attempts to repair damaged bells occurred in the 1930s in Poland. However, this process was stopped because of extensive technological difficulties. Welding and soldering-welding were the basic methods. There is one difference between these two methods—connecting surfaces are melted during the welding process but only heated until the melting temperature of the material added to the connection (that is the solder) during the soldering-welding process. It was important to heat the bell to the proper temperature during welding. Uneven heating causes the enlargement of existing cracks or the appearance of new ones, or even the complete destruction of the bell. Nowadays, a method of even heating using a special heating mat has been devised. Thanks to this method it is possible to control the heating and cooling process. The most important task during the whole operation of bell welding was obtaining the original sound. During this research, the chemical composition was examined to prepare a welding rod with a suitable chemical composition. After the repair process, an analysis of the sound of the bell was conducted. It was shown that the repair of bells is possible when correct thermal parameters are used. The most highly recommended technique for repairing bells is gas welding.</description><identifier>ISSN: 1996-1944</identifier><identifier>EISSN: 1996-1944</identifier><identifier>DOI: 10.3390/ma14102504</identifier><identifier>PMID: 34066128</identifier><language>eng</language><publisher>Basel: MDPI AG</publisher><subject>Alloys ; Bells ; Chemical composition ; Cooling ; Cracks ; Enlargement ; Gas welding ; Heat ; Heating ; Kerosene ; Melt temperature ; Repair ; Soldering ; Sound ; Thermodynamic properties ; Welding rods</subject><ispartof>Materials, 2021-05, Vol.14 (10), p.2504</ispartof><rights>2021 by the authors. Licensee MDPI, Basel, Switzerland. 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subjects Alloys
Bells
Chemical composition
Cooling
Cracks
Enlargement
Gas welding
Heat
Heating
Kerosene
Melt temperature
Repair
Soldering
Sound
Thermodynamic properties
Welding rods
title Repair of a Cracked Historic Maryan Bell by Gas Welding
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