Contents


Preface

This book highlights the efforts of researchers in the field of cultural heritage, including studies of advanced methods and new materials for preserving works of

The integration of science with art in the complex process of analysis, the knowledge and understanding that are necessary to save and protect works of art, and the preservation and restoration of cultural heritage, in general, is provoked by a need of those currently living to leave for the next generation an inheritance of art and

The book is organized into three parts: Art Criticism, Intelligent Image, and Advanced Methods for Investigation, each distinct from one another but all with a

The book begins with a preliminary study of the role of environmental characteristics, including geological, hydrogeological, and geotechnical features, in rehabilitating historical and cultural heritage monuments. It discusses advanced methods, innovative solutions based on nanostructured consolidants, new materials for preservation, and polymer enclosures for protection, all with real chances for

Chapter 1 demonstrates how art criticism plays a crucial role in art rehabilitation and preservation. Guided tours on art-related topics improve one's artistic taste

Chapter 2 describes how optical information can be used to study archaeological objects in order to determine more precisely and noninvasively the characteristics of the shape and color of artifacts. Image-processing tools are used to reveal chromatic features and apparent geometric details. We address the issue of intelligent combining of digital image analysis functions to recognize and estimate possible color and shape evolutions. The purpose of this research is to develop a tool based on passive investigation techniques of artifacts to help experts make the best deci-

sions in the process of authenticating, preserving, and restoring objects.

many of the world's most culturally and historically valuable artworks.

Chapter 3 addresses the issues that interfere with artistic criticism, biological, physico-chemical analyses, and intelligent mathematical modeling systems, such as Markerless Augmented Reality and 3D reconstruction. It describes advanced technical devices for identifying and stopping the degradation and deterioration of

Chapter 4 describes the processes of degradation that affect cultural heritage sites, revealing interactions between the chemical characteristics of substrates, the underlying substrate penetration, and the microbiota systems. This chapter presents comparative studies of the conventional techniques generally applied to biodeterioration, such as microbiological cultures, light microscopy, and modern

art and cultural heritage monuments.

culture that is as intact as possible.

through visual contact with authentic art pieces.

common goal.

practical application.
