Environmental monitoring of sacred artworks – A case study for the search for an index of correlation between particle concentration and mass of fine dust

Cannistraro, Mauro; Cannistraro, G.; Restivo, Roberta

doi:10.1016/j.tsep.2019.100405

Cited by 4 publications

(2 citation statements)

References 14 publications

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“…For instance, humidity and temperature variations affect not only the presence of microbiological organisms, which can deteriorate the visual appearance of an artifact but also heavily degrade its mechanical strength [1,2]. For this reason, it is of the utmost importance to monitor the environmental conditions near the individual artwork [3], as well as the vibrations and deformations transmitted to it.…”

Section: Introductionmentioning

confidence: 99%

Performance Evaluation of an IoT Sensor Node for Health Monitoring of Artwork and Ancient Wooden Structures

Fort

Landi

Mugnaini

et al. 2022

Sensors

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In this paper, an IoT sensor node, based on smart Bluetooth low energy (BLE), for the health monitoring of artworks and large wooden structures is presented. The measurements from sensors on board the node are collected in real-time and sent to a remote gateway. The sensor node allows for the monitoring of environmental parameters, in particular, temperature and humidity, with accurate and robust integrated sensors. The developed node also embeds an accelerometer, which also allows other mechanical quantities (such as tilt) to be derived. This feature can be exploited to perform structural monitoring, exploiting the processing of data history to detect permanent displacements or deformations. The node is triggered by acceleration transients; therefore, it can also generate alarms related to shocks. This feature is crucial, for instance, in the case of transportation. The developed device is low-cost and has very good performance in terms of power consumption and compactness. A reliability assessment showed excellent durability, and experimental tests proved very satisfactory robustness against working condition variations. The presented results confirm that the developed device allows for the realization of pervasive monitoring systems, in the context of the IoT paradigm, with sensor nodes devoted to the monitoring of each artwork present in a museum or in a church.

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Section: Introductionmentioning

confidence: 99%

Performance Evaluation of an IoT Sensor Node for Health Monitoring of Artwork and Ancient Wooden Structures

Fort

Landi

Mugnaini

et al. 2022

Sensors

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“…Finally, Cannistraro et al 49 studied again the TSP concentration in a niche built into a church, as well as its relationship to the preservation work of sacred art. A correlation marker between instrumental control methods was determined.…”

Section: Introductionmentioning

confidence: 99%

Evaluation of the heat changes in an ancient church because of restoration works: A microclimatic study supported by thermal images

Ridolfi

Crescenzi

Zeli

et al. 2021

Indoor and Built Environment

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This work is centred on an ancient Italian church. Since 2011, a restoration plan has been undertaken by following sequential phases. The methodological approach to restoration was guided by environmental monitoring campaigns. In particular, two thermo-hygrometric campaigns were carried out during the warm months of the years 2015 and 2016. The first set of measurements was executed during the restoration of facades and roofs, making it possible to reach even areas that are usually difficult to access. The second set was performed to evaluate the indoor thermo-hygrometric conditions following the work of the previous year. This was intended to assess their differences in variability, the influence of the outdoor environment and any real and perceived improvement. Results demonstrate that thermal images helped in identifying both the heat sources causing thermal discomforts and the good thermal capacity of masonries. Concerning the heat index (HI), the church showed an improvement in the trend of malaise perceived by people during the second summer period (∼2°C lower than 2015). Finally, in the last microclimate monitoring, the roof structure no longer acted as an amplifier for daily temperature excursions.

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Based on STM32F103 cowshed environment intelligent control system

Wang

et al. 2020

IOP Conf. Ser.: Mater. Sci. Eng.

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The environment of the barn affects the growth, health, reproduction and fattening of the cattle. In order to control the environment of the barn, an intelligent control system based on STM32F103 was designed to monitor and control the temperature, humidity and toxic and harmful gases such as SO2 and NH3. The system adopts STM32F103 as the control core; air pollution sensor MQ135, humidity sensor DHT11, temperature sensor DS18B20 is the system data acquisition device; air purification box (pump, condenser, heating plate, fan) is the system execution device, PC end data analysis software. The experiment was carried out in Mengniu dairy farm in Shengle Economic Development Zone, Hohhot City. The results show that the system can monitor and control various environmental factors stably and reliably.

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Environmental monitoring of sacred artworks – A case study for the search for an index of correlation between particle concentration and mass of fine dust

Cited by 4 publications

References 14 publications

Performance Evaluation of an IoT Sensor Node for Health Monitoring of Artwork and Ancient Wooden Structures

Performance Evaluation of an IoT Sensor Node for Health Monitoring of Artwork and Ancient Wooden Structures

Evaluation of the heat changes in an ancient church because of restoration works: A microclimatic study supported by thermal images

Based on STM32F103 cowshed environment intelligent control system

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