Ancient Underground Opening and Preservation: Proceedings of the International Symposium on Scientific Problems and Long-term Preservation of Large-scale Ancient Underground Engineering (23-26 October 2015, Longyou, Zhejiang, China)
Editat de Zhifa Yang, Chikaosa Tanimotoen Limba Engleză Hardback – oct 2015
1. Scientific issues facing the Longyou Grottoes
2. Weathering prevention and long-term protection strategies for the Longyou Grottoes and other large-scale underground historic sitee
3. Analysis of geological conditions and mechanisms of deformation and damage in surrounding rock in large-scale underground historic sites
4. Analysis of stability and strengthening treatments for large-scale underground historic sites
5. Safety monitoring methods and techniques for large-scale underground historic sites
6. Knowledge learned from large-scale underground historic sites that can be applied to modern underground developments.
Ancient Underground Opening and Preservation covers comprehensive papers on the research and technical progress for long-term preservation of ancient underground engineering and historic sites, and will be of interest to scientists,
engineers, business managers and government officers involved in the preservation of ancient underground openings.
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Specificații
ISBN-13: 9781138028999
ISBN-10: 1138028991
Pagini: 432
Dimensiuni: 174 x 246 mm
Greutate: 0.91 kg
Ediția:1
Editura: CRC Press
Colecția CRC Press
ISBN-10: 1138028991
Pagini: 432
Dimensiuni: 174 x 246 mm
Greutate: 0.91 kg
Ediția:1
Editura: CRC Press
Colecția CRC Press
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Preface; Conservation of volcanic caves at Azores islands, Portugal; Research on laboratory preparation of nano calcium-based consolidant and preliminary application in earthen site reinforcement projects; Scientific discovery of a unique cloud-shaped rock pillar in an ancient quarry in Zhejiang Province; Study of protection for “Cuiguangyan” ancient caverns based on virtual reality technology; Study on monitoring data after the reinforcement of No. 4-2 rock pillar of No. 4 cavern in Longyou Grottoes; Study on the deformation and failure process of No. 24 ancient cavern of Longyou Grottoes; Roof cracks investigation and cracking mechanism analysis of Niuchang ancient cave in Longyou, Southeast China; A preliminary stability analysis of a cavern complex at Changyu quarry, China; Research on the classification of surrounding rock quality in the Longyou Grottoes based on the D-S evidence theory; Earthquake environments and micro-tremor characteristics of Mogao Grottoes; Influence of stress corrosion effect on the long-term stability of the Longyou Rock Caverns—a case study of cavern NO.; Restoration of ancient collapsed cavern by the high-density DC sounding method; Application of wireless sensor network for environmental monitoring in Longyou Grottoes; Identification of key blocks in the corners of intersecting chambers; Tuff rocks diseases mechanism analysis and preservation in Chengde Mountain Resort; Engineering geological conditions of large ancient quarrying caverns in Shepan Island, Zhejiang Province, China; Weathering rates of chisel imprints on pelitic siltstone inside five Longyou caverns; Applications of steel structure and engineering rubber cushions in the reinforcement of rock pillars and roofs of Longyou Grottoes No. 1 cavern; Numerical analysis of the hydraulic effect on the surrounding rock and rock pillars of the No. 7 cavern in the Longyou Grottoes; The application of nondestructive testing methods for the investigation of weathering diseases of stone relics; 3D laser scanning and geometric modeling of Suichang gold mine of the Ming Dynasty in Zhejiang Province; The microstructure analysis of Bezeklik Thousand Buddha Grottoes repaired exfoliation murals; Investigation and analysis on crack propagation of surrounding rock mass in the AiGong Cave of Longyou; Stability concerns of ancient large underground openings: Case histories from Egypt, Jordan and Italy; Effect of the balance on the bias pressure of partition wall between caverns No. 4 and No. 5 in the residual rock of the Longyou Grotto; Analysis of engineering geological problems in ancient man-made underground rock structures in Longyou, China; Stability-based analysis for touristic route selection in the ancient man-made underground rock structures in Longyou, China; On stone transportation from ancient underground quarries at Changyudongtian; Analysis of the stability and groundwater seepage for the Tomb No. 2 of the Han Dynasty in Dingtao; Characteristics of rock weathering of the Niuchang cavern in Longyou Grottoe; Research on the relative weathering and spalling depth of rocks on the Gate of Lixian of ancient City Wall at Quzhou; Investigation on the gutters in caverns Nos. 1–5 of Longyou Caverns; Environmental monitoring at Mogao Grottoes and panorama photo filing; On properties of tuff in ancient underground quarries at Changyudongtian and stone windows in Wenling; Analysis of the long-term stability of large ancient underground engineering; Assessing the relative stability of the Mogao Grottoes using a rock mass quality classification approach; Triggers of rockfall on a slope related to large ancient underground caves cultural heritage (China); Numerical study on the failure cracking process and associated acoustic emissions of LongyouNo. 3 grotto pillars; Mechanical effect of hydrostatic pressure on No. 3 rock pillar in No. 7 cavern of the Longyou Grottoes; Tourism planning for new scenic of Longyou Grottoes based on engineering geology; Research on the global tourism planning mode of the new scenic in Longyou Grottoes; Groundwater prevention and treatment technology of ancient underground caverns in Shepan Island, Sanmen County, Zhejiang Province, China; Taizhou ancient stone windows and geological characteristics of the stone material; Discovery and recognition of scientific values of forty-nine large scale ancient underground engineering in Zhejiang Province; Lessons from old underground openings in rocks: The wisdom of ancient engineers; Enzyme Induced Calcite Precipitation (EICP) to strengthen the ability of anti-wind erosion of earthen archaeological sites; The research status analysis of shallow-buried ancient underground projects with room and pillar style; A geophysical study of the depth of the rubble landfill in large ancient Shuiyun and Guanxi cavern; The best angle of V notch to flat crack in ancient rock mining; Weathering rate of stone of Confucius Temple Hall in Quzhou, Zhejiang Province, China—Part I: Measurement method and results; Weathering rate of stone of Confucius Temple Hall in Quzhou, Zhejiang province, China—Part II: Reasons for weathering asymmetry; Research on weathering of lithoid cultural relics and its evaluation; NMR evaluation of a consolidation process by the dispersion of Ca(OH)2 in porous sandstone; Rock breaking mechanism of an old mining method in the Tang dynasty mining pit of Suichang gold mine; Three-dimensional geological modeling of Longyou grotto No. 3 with terrestrial laser scanning; Long-term stability of rock pillars in the Longyou Ancient Grottoes: Sonic wave detection and numerical investigation; Analysis and protection scheme for the roof collapse of cave No. 24 of the Longyou Caves; Enlightening ancient underground quarry culture to the modern urban space construction; Stability and risk analysis of ancient cavities in historical areas: The case of Yulin Caves, China
Notă biografică
Zhifa Yang Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing, China, Chikaosa Tanimoto Osaka University, Japan
Descriere
Ancient Underground Opening and Preservation covers comprehensive papers on the research and technical progress for long-term preservation of ancient underground engineering and historic sites, and will be of interest to scientists, engineers, business managers and government officers involved in the preservation of ancient underground openings.