The Current Situation and Analyze of Huizhou Traditional Architectural Components and Materials to Repair Alternative Techniques

Qiang Sun; Gang Chen

doi:10.4028/www.scientific.net/AMR.568.47

Paper Titles

Analysis of Soil Moisture Characteristics with the Application of Soil in Civil Engineering in 2011 in Gaoyao
p.31

Study on Indoor Thermal Environment with Building Materials of Urban Residences in Zhejiang Region: Summer Investigation
p.35

Analysis of Two Cross Arm of Reactive Powder Concrete Pole Design with Structure Materials in Civil Engineering
p.39

Research on Material Properties and Heat Treatment of Clamping Blocks
p.43

The Current Situation and Analyze of Huizhou Traditional Architectural Components and Materials to Repair Alternative Techniques
p.47

Synthesis of an Intumescent Flame Retardant and its Application to Fireproof Coatings of Steel Structures
p.52

Contrastive Analysis on Limitation Span between Suspension Bridge Using Steel and CFRP Cable
p.57

The Research about Plastic Cement Playground and Constructed Materials
p.61

Simulation and Analysis on Supporting System of Composite Soil Nailing Technology in the Process of Digging
p.66

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 568The Current Situation and Analyze of Huizhou...

The Current Situation and Analyze of Huizhou Traditional Architectural Components and Materials to Repair Alternative Techniques

Abstract:

According to the Huizhou traditional architecture field investigation and relevant literature statistical analysis, elaborated the Huizhou traditional architectural structure status and the main problem caused by natural disasters and other reasons , put forward the Huizhou traditional architectural wood component appears the question to propose the countermeasure and the reinforcement method, discusses the feasibility of the method, This thesis is mainly directed against the Anhui Huangshan City Shexian cultural protection unit "Dun Mu Tang" for specific research and implementation, for the Huizhou traditional buildings and enhance the quality to provide technical reference.

You might also be interested in these eBooks

Advanced Research on Civil Engineering and Material Engineering

View Preview

Info:

Periodical:

Advanced Materials Research (Volume 568)

Pages:

47-51

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.568.47

Citation:

Cite this paper

Online since:

September 2012

Authors:

Qiang Sun, Gang Chen

Keywords:

Reinforcement, Status, Structure, Traditional Buildings, Wood Component

Export:

RIS, BibTeX

Price:

Permissions CCC:

Request Permissions

Permissions PLS:

Request Permissions

Сopyright:

Citation:

References

[1] Qing Yu, in: The characteristics of FRP and its application in Civil Engineering [J], edited by Journal of Harbin University of Architecture , 2000, (06).

Google Scholar

[2] Kun Wang and Jing Zhao, in: Wood preservation technology in ancient architecture protection application [J], edited by Shanghai building materials , 2006. 03.

Google Scholar

[3] Anxiang Ge, Jian Xie, Jianjiang Yang and Shuang Zhao, in: Housing category of Ancient Timber Architecture aseismatic properties analysis [J], edited by Building structure, 2010, (S2).

Google Scholar

[4] Minggang Xu and Hongxing Qiu, in: Study on aging of ancient wood structure of new ideas [J]. Edited by Earthquake resistant engineering and , 2009, (02).

Google Scholar

[5] Jun He, in: The new complex of ancient building repair [J], edited by Zhejiang architecture, 2009, (07).

Google Scholar

[6] Junguo Dong, in: Analysis on traditional Chinese ancient wooden building structure anti-seismic conceptual design [J], edited by Heilongjiang communication science and technology , 2011, (04).

Google Scholar

[7] Yanying Sun, in: Villa repair of ancient architecture engineering thoughts [J], edited by Journal of Chengde Nationalities Teachers College , 2007, (03).

Google Scholar

[8] Hongtie Zhao, Zibo Xue, Jianyang Xue, Ronglan Cao and Lei Wu, in: Ancient wood structural strengthening experimental study [J]. World Earthquake Engineering , 2010, (02).

Google Scholar