This paper aims at presenting a methodology that integrates reverse engineering tools with
a combination of advanced and simplified analytical methods to perform predictive analysis …

The conservation of archaeological heritage is of major importance for preserving the
scientific, ethnographic and artistic values of past cultures. Once archaeological sites are …

The paper deals with the mechanical characterization of the materials that composes the
structural system of the archaeological earthen complex of 'Huaca de la Luna'in Perú (100 …

Finite element analysis (FEA) is used to analyze the static and dynamic structural behavior
providing important information for the conservation of monuments in cultural heritage …

The present paper presents results of a comprehensive engineering analysis for
understanding the current structural damage condition of a sector of one of the most …

This chapter presents a comprehensive update of the structural damage assessment of the
complex Huaca de la Luna, which is one the most important heritage monuments in northern …

Free-standing archaeological walls are significantly exposed to horizontal actions (eg,
earthquakes) as they lack connections provided by floors or roofs. In such cases, the …

This paper presents results of geotechnical and geophysical tests carried out at Huaca de la
Luna, which is one of the most important adobe archaeological complexes in Perú. This …

Augmented reality (AR) applied to cultural heritage intends to improve the learning
experience in archaeological sites, not only for visitants but also for researchers. 3D Pose …

Adobe constructions are widely used worldwide as low-cost vernacular buildings and also
as monuments and historical constructions. Beside low cost these materials have excellent …