Get 20M+ Full-Text Papers For Less Than $1.50/day. Start a 14-Day Trial for You or Your Team.

Learn More →

An assessment for the conservation mechanism of masonry architectural heritage based on material deterioration analysis: a case study of the Xuhai Dao Shu screen wall (Xuzhou, China)

An assessment for the conservation mechanism of masonry architectural heritage based on material... Materials are important carriers of historical information of masonry architectural heritage and can also directly reflect decay problems due to environmental factors during building use, which are key factors to be considered in architectural heritage conservation. Therefore, the aim of this study was to identify the logicality and effectiveness of conservation mechanism based on material deterioration analysis. In this study, the Xuhai Dao Shu screen wall at the Xuzhou cultural relic building was selected as a pilot site. The research method involved the innovative use of orthophoto images derived in three-dimensional software for analyzing the materials and decay phenomena of the screen wall. The results indicated that there were five types of architectural materials and eight types of decay phenomena associated with the Xuhai Dao Shu screen wall, and through examination, corresponding conservation measures were proposed based on the specific deterioration causes with illustrations of possible intervention measures. This study demonstrated that the conservation mechanism identified based on material deterioration mechanism analysis, can aid in obtaining the existing material and decay information and formulating more pertinent conservation paradigm for preserving the authenticity of masonry architectural heritage. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Journal of Asian Architecture and Building Engineering Taylor & Francis

An assessment for the conservation mechanism of masonry architectural heritage based on material deterioration analysis: a case study of the Xuhai Dao Shu screen wall (Xuzhou, China)

Download PDF
11 pages

An assessment for the conservation mechanism of masonry architectural heritage based on material deterioration analysis: a case study of the Xuhai Dao Shu screen wall (Xuzhou, China)

Abstract

Materials are important carriers of historical information of masonry architectural heritage and can also directly reflect decay problems due to environmental factors during building use, which are key factors to be considered in architectural heritage conservation. Therefore, the aim of this study was to identify the logicality and effectiveness of conservation mechanism based on material deterioration analysis. In this study, the Xuhai Dao Shu screen wall at the Xuzhou cultural relic...
Loading next page...
 
/lp/taylor-francis/an-assessment-for-the-conservation-mechanism-of-masonry-architectural-aRmPZbaZNi
Publisher
Taylor & Francis
Copyright
© 2023 The Author(s). Published by Informa UK Limited, trading as Taylor & Francis Group on behalf of the Architectural Institute of Japan, Architectural Institute of Korea and Architectural Society of China.
ISSN
1347-2852
eISSN
1346-7581
DOI
10.1080/13467581.2023.2182642
Publisher site
See Article on Publisher Site

Abstract

Materials are important carriers of historical information of masonry architectural heritage and can also directly reflect decay problems due to environmental factors during building use, which are key factors to be considered in architectural heritage conservation. Therefore, the aim of this study was to identify the logicality and effectiveness of conservation mechanism based on material deterioration analysis. In this study, the Xuhai Dao Shu screen wall at the Xuzhou cultural relic building was selected as a pilot site. The research method involved the innovative use of orthophoto images derived in three-dimensional software for analyzing the materials and decay phenomena of the screen wall. The results indicated that there were five types of architectural materials and eight types of decay phenomena associated with the Xuhai Dao Shu screen wall, and through examination, corresponding conservation measures were proposed based on the specific deterioration causes with illustrations of possible intervention measures. This study demonstrated that the conservation mechanism identified based on material deterioration mechanism analysis, can aid in obtaining the existing material and decay information and formulating more pertinent conservation paradigm for preserving the authenticity of masonry architectural heritage.

Journal

Journal of Asian Architecture and Building Engineering – Taylor & Francis

Published: Mar 9, 2023

Keywords: Masonry architectural heritage; conservation mechanism; material deterioration; decay identification; intervention measure

References

  • Development of the Simulation Model for Digital Twin Applications in Historical Masonry Buildings: The Integration between Numerical and Experimental Reality
  • Architectural Heritage: A Discussion on Conservation and Safety
  • A Multilevel Approach for the Cultural Heritage Vulnerability and Strengthening: Application to the Melfi Castle
  • Restoration of a Sandstone Facade: From the Project to the Monitoring
  • Future of the Past: Critical Review and Practice of the Built Heritage
  • The Classification and Symbols for the Diseases of Ancient Stone Objects (WW/T 0002-2007)
  • Frontier Applied Technologies of Material Pathology Diagnosis, Repair, and Monitor on Historic Building Conservation
  • One or Two Things about Architecture: Restoration Works at Trajan’s Market
  • Italian Perspective on the Planned Preventive Conservation of Architectural Heritage
  • Understanding the Damages Caused by the 1999 Kocaeli Earthquake on One of the Towers of the Theodosian Walls of Constantinople
  • La Conservazione Sbarca in Pakistan: Il Cantiere di Haram Gate a Multan
  • Illustrated Glossary on Stone Deterioration Patterns
  • Some Problems and Countermeasures of Protection and Inheritance of Chinese Traditional Architecture from the Perspective of Cultural Confidence
  • The Impact of Meteorological Parameters on Salt Efflorescence Damage of Historic Architecture in Cold Regions
  • A Review of the Conservation System and Current Situation of Historic Buildings in China
  • Application of Architecture Principles in Reviving Historical Buildings
  • Moisture Monitoring of Stone Masonry: A Comparison of Microwave and Radar on A Granite Wall and A Sandstone Tower
  • Consolidation of Soft Sandstones Used in Historical Constructions. Application to a Case Study
  • Damage Indices and Photogrammetry for Decay Assessment of Stone-Built Cultural Heritage: The Case Study of the San Domenico Church Main Entrance Portal (South Calabria, Italy)
  • Detecting Damage Evolution of Masonry Structures through Computer-Vision-Based Monitoring Methods
  • 3D Mapping for Visualization of Rigid Structures: A Review and Comparative Study
  • Heritage Hydrology: A Conceptual Framework for Understanding Water Fuxes and Storage in Built and Rock-hewn Heritage
  • Characterization and Damage Assessment of Stones Used in the Pasargadae World Heritage Site, Achaemenian Period
  • Three Important Cultural Relics in Xuzhou
  • On Professional Problems of Multi-scale Protection of Urban Architectural Heritage in China
  • A Case Study on the Restoration of A Historical Masonry Building Based on Field Studies and Laboratory Analyses
  • Weathering Mechanism and Prevention Method of Ancient Brick in Pingyao City, Shanxi Province, China
  • 3D Modeling of Lithic Artefacts Based on Agisoft PhotoScan and Application
  • Research on the Identifiability Strategy of Suzhou Brick and Stone Building Heritage Restoration
  • Research on Strengthening Techniques for Yongchang Bridge