Publications
Assessment of Architectural Heritage and Historic Structures Through Aerial Thermography
Aerial thermography proves effective for diagnosing subsurface lesions in stone structures, offering early detection that can prevent extensive damage. This study demonstrates its potential as a complementary tool to visual inspections, particularly for heritage sites like the Roman Bridge of Alcántara and the Aqueduct of Segovia. By using drones equipped with thermographic cameras, researchers identified internal degradation that was not visible on the surface, enabling timely intervention with less aggressive therapies. The method reduces risks to both workers and monuments while accelerating monitoring processes. This approach advances the preservation of architectural heritage through microtechnology, balancing efficiency with minimal intrusion.
La forma de Segovia : génesis, identidad y espacios singulares
Historic cities, like Segovia, are dynamic entities shaped by successive layers of urban development, reflecting their rich cultural and architectural heritage. This study reveals that understanding a city's morphology—its form and evolution over time (morphogenesis)—is crucial for preserving its historical identity. By analyzing Segovia from its origins to the 21st century, the research identifies key immutable phenomena that define its character while highlighting the need for meticulous documentation, including architectural drawings and archaeological findings, to reconstruct its urban fabric at each stage. The findings underscore the importance of integrating morphological analysis into conservation strategies to maintain the city's historical image amid modern urban challenges.
Observations on the design and building of the Roman Segovia Aqueduct
A novel analysis of the Roman Segovia Aqueduct (ca. 100 AD) reveals insights into its construction techniques, particularly regarding hoisting and scaffolding methods. The study highlights the use of simple holes in the granite structure, which served as work platforms rather than storage for blocks. By comparing these features with other Roman scaffolds, researchers propose a lightweight scaffolding system that prioritized ergonomics and safe block wedging at high altitudes. The findings, supported by photographs and illustrations of construction phases, challenge previous assumptions about Roman engineering practices and underscore the role of skilled labor in this masterpiece's design.
La casa torre de Segovia : caracterización urbana, arquitectónica y constructiva
This study identifies and classifies the architectural typology of Segovia's medieval tower houses, revealing their dual defensive and residential functions. It traces their evolution from fortified structures in the Middle Ages to noble urban residences by the 16th century, ultimately recognizing their intrinsic patrimonial value as part of Segovia's historical landscape. The research analyzes eight tower houses with 14 medieval towers, examining their urban, architectural, and constructive features through historical, documentary, photographic, and personal sources. A key finding is the inherent unity between the tower and its house, forming a distinct architectural ensemble that has adapted to the city's transformations while retaining symbolic significance.
Luis Laorga, arquitecto
This study establishes Luis Laorga as a pivotal figure in Spanish architecture of the mid-to-late 20th century, highlighting his significant contributions through over 600 projects, including award-winning designs like the Basilica of Aránzazu and the Segovia Aqueduct area. Laorga's work, characterized by its rational yet expressive approach, spans diverse scales—from monumental educational complexes (e.g., Laboral Universities) to intimate residential designs—while integrating social initiatives, such as community housing in Madrid's periphery. The research documents his unique architectural language, marked by material innovation, structural rigor, and adaptive design, offering a critical framework for analyzing his oeuvre within Spain's post-war architectural landscape. By synthesizing historical documentation with formal analysis, the study aims to position Laorga's legacy in its rightful place, addressing a notable gap in existing scholarship.
The archaeology of Roman architecture
Roman architecture's enduring legacy is evident through its diverse survival mechanisms, showcasing both structural resilience and adaptive reuse. Unlike many ancient structures that succumb to time, Roman buildings often persist due to their robust construction or continued utility, serving purposes beyond their original intent. The Segovia Aqueduct stands as a testament to this, illustrating how impressive engineering can transcend centuries. Additionally, some structures, like the Jewry Wall in Leicester, were repurposed into medieval buildings, highlighting the adaptability of Roman architecture. This study underscores that the survival of Roman architecture is not merely a product of chance but a combination of substantial construction and functional adaptability, providing valuable insights into the ingenuity and longevity of Roman engineering.
Torres urbanas de la ciudad de Segovia. Un análisis de la silueta comparada
A comparative analysis of Segovia's urban skyline reveals the enduring and evolving elements that define its historic silhouette. The study, led by Anton van den Wyngaerde's 16th-century engravings, compares historical depictions from various artists (e.g., Louis Meunier, Day-Haghe) with modern images to track changes in the city's architecture over centuries. Key structures like the Cathedral, Aqueduct, and Alcázar stand out, but the research also highlights lesser-known urban towers—church steeples and noble residences—that contribute significantly to Segovia's visual identity. By proposing a novel perspective from atop these towers, the study offers a unique lens to observe cross-visual relationships and the transformations of this walled city.
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