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Analysis and definition of restoration strategies with H-BIM applications. The case study of Vittorio Giorgini's "Casa Esagono" in Baratti, Italy

Ulivieri Denise, Landi Stefania, Pardini Cristina, Bevilacqua Marco Giorgio, Martino Massimiliano, Del Francia Marco

Architecture Civil Engineering Environment

2022

Vol. 15, no. 4

73--80

This contribution is focused on the “Casa Esagono” realized in 1957 by Vittorio Giorgini in Baratti (LI), Italy. The research objective is to lay the foundations for a restoration plan of this experimental wooden architecture, which is now in precarious conditions due to its location near the sea, and whose constructive features, has always raised great questions about the technical feasibility of a full restoration. The paper describes the workflow for the implementation of the H-BIM model, aimed to organise all the data deriving from the historical and on-site research, and the restoration programme. The historical analysis about the house and the architect was the basis for the geometric survey and the analysis of building materials. All building components were subjected to visual analysis aimed to identify deterioration forms. The proposed conservation approach aims to maintain as much of the original elements as possible, while increasing their durability. H-BIM revealed to be the ideal tool to manage the entire restoration process, whose ultimate goal is to celebrate Giorgini’s work, to exploit the potential of the house as a cultural attraction.

Computational design for the preservation and enhancement of historical heritage. A prefabricated covering prototype for archaeological sites in rural context

Bevilacqua Marco Giorgio, Iardella Filippo, Palazzuoli Marco, Cuadrado Rodrigo Rubio

Architecture Civil Engineering Environment

2019

Vol. 12, no. 2

17--26

In Italy, many archaeological sites in peri-urban and rural areas are in a deep state of neglect, with unprotected remains and no prospects of enhancement. The paper shows the results of a study aimed at developing a parametric prototype of a prefabricated coverage, to be adapted to various conditions. The Roman Domus of the Acropolis of Populonia in the archaeological park of Baratti and Populonia in Tuscany was chosen as case study. The prototype was parametrically realized using heuristic algorithms based on natural selection (Genetic Algorithms), associated with multi-objective optimization criteria. The algorithm was conceived to optimize the support pillars’ position and the visiting path, in relation to the main points of interest of the archaeological site. The final product consists of a wooden structural covering with 11 steel circular-section pillars, completed with a casing made of wood slats and opaque white PVC sheets.