Publications
Site selection principles and geocomputational modeling for the imperial tombs of the Ming and Qing Dynasties in China
A novel geocomputational model successfully quantified and validated Feng Shui principles used for selecting sites of the Imperial Tombs of the Ming and Qing Dynasties, revealing that elevation was the most influential geographical factor, followed by mountain ridges, river systems, and slope. The study applied DEM elevation data, water network data, and remote sensing images to analyze Form School Feng Shui principles, demonstrating strong applicability in characterizing tomb site selection. Findings were further validated using 23 Ming Dynasty prince tombs, which predominantly located in high Feng Shui Index (FSI) areas. This research introduces a practical computational approach for interpreting ancient Chinese urban planning and traditional villages while preserving traditional Feng Shui culture.
Construction Attributes and Structural Efficacy of the Stone Bridges on the Sacred Pathways of the Ming and Qing Imperial Tombs
Stone bridges along the Sacred Way of Ming and Qing imperial tombs, UNESCO World Heritage sites, exhibit distinct evolutionary patterns with significant structural advancements. Qing Dynasty bridges, featuring pointed arches and refined pier designs, demonstrate markedly higher stiffness—less than one-third the deformation of Ming-era semicircular arches—highlighting technological progress. This study combines 3D laser scanning, finite element modeling (ANSYS), and comparative analysis to reveal how ceremonial rules and building methodologies influenced structural efficacy. It establishes a framework for heritage evaluation, risk assessment, and preservation of similar historic bridges.
Research on Ancient Architecture at the Eastern Qing Tombs Based on the Theory of Full Life Cycle
A full life cycle model for the Eastern Qing Tombs, a UNESCO-listed Ming and Qing imperial mausoleum complex, reveals how digital integration can systematically track its architectural evolution—from planning to contemporary conservation. This approach divides the tombs' history into five phases: origin, development, maturity, decline, and renewal, providing dynamic management of material characteristics and cultural value. The model offers practical solutions for sustainable heritage preservation, academic research, and cultural dissemination, bridging gaps between historical analysis and modern conservation practices.
A Study on the Zhaomu System and Cases of Nizang
A significant shift in burial practices during the Joseon Dynasty is revealed, where the once-accepted practice of Nizang (placing descendant graves behind ancestors) became a taboo influenced by Neo-Confucian hierarchy and Feng Shui principles. This study analyzes how the Zhaomu system—rooted in Confucian thought and ritual features—and the search for auspicious locations shaped imperial tomb construction in Ming and Qing dynasties, with parallels observed in Joseon's royal family graves. The research demonstrates that while early Joseon Dynasty embraced Nizang due to its Feng Shui advantages, middle to late periods saw growing antipathy toward it, leading to its prohibition. This finding underscores the dynamic interplay between cultural norms, ritual practices, and environmental considerations in historical burial traditions.
Architecture of Beijing
Beijing stands as one of China's six great ancient capitals, with its architectural heritage spanning over a millennium. The city's evolution from the Liao dynasty (907–1125) to modern times reflects significant shifts in political power and cultural identity, particularly during the Yuan, Ming, and Qing dynasties. Key architectural landmarks, such as the Forbidden City and Tiananmen Square, exemplify its late imperial to modern period significance. This study synthesizes historical records, including local gazetteers, to trace Beijing's urban development and architectural evolution, providing insights into its cultural and political transformations. The research leverages dispersed literary sources on Chinese architecture, focusing on specific dynasties, periods, or typologies, while also examining significant buildings and complexes that define the city's identity.
Research on Three-dimensional Digital Technology Displaying Material Cultural Heritage——
Three-dimensional digital technology offers a promising solution for enhancing the preservation and remote exploration of immovable material cultural heritage, such as the Ming Xiaoling Mausoleum. This study demonstrates that 3D digital technology can effectively break through spatial and temporal limitations, providing an immersive experience for contemporary young tourists who cannot visit these sites in person. By focusing on stone statues within the mausoleum, researchers highlight how advanced computer information technologies can significantly contribute to cultural relics protection, ensuring a more dynamic and engaging interaction with historical artifacts.
Visual Culture in Imperial China
Recent scholarship on visual culture during the Ming and Qing dynasties reveals a dynamic interplay between imperial authority, religious practices, and societal values. Unlike studies on modern Chinese visual culture, which often rely on Western theoretical models, research on the imperial era draws more from art history and anthropology. Key findings highlight how the imperial court used visual elements to project authority, while also exploring auspicious symbolism in tomb contexts, Buddhist and Daoist influences, Confucian values through writing and imagery, urban consumerism via woodblock illustration, rural visual traditions, vernacular images, erotica, and the assimilation of foreign visual elements. This approach provides a nuanced understanding of how visual culture evolved alongside political and social changes over two millennia.
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