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Hygromechanical study of a 16th century painted wooden panel: In-situ experiments to quantify the mechanical effect of the frame and the cradle
13 references·3 citing·34 second hop
Hygromechanical study of a 16th century painted wooden panel: In-situ experiments to quantify the mechanical effect of the frame and the cradle (2023)Hygromechanical study of a 16th century p…Hygromechanical behaviour of wooden panel paintings: classification of their deformation tendencies based on numerical modelling and experimental results (2023)Hygromechanical behaviour of …Numerical modelling of climate-induced fracture and deformation in wood: Application to historical museum objects (2020)Numerical modelling of climat…Experimental study of the hygromechanical behaviour of a historic painting on wooden panel : devices and measurement techniques (2020)Experimental study of the hyg…Climate induced deformation of Panel Paintings: experimental observations on interaction between paint layers and thin wooden supports (2020)Climate induced deformation o…Toward Sustainable Collections Management in the Yale Peabody Museum: Risk Assessment, Climate Management, and Energy Efficiency (2018)Toward Sustainable Collection…Relating relative humidity fluctuations to damage in oak panel paintings by a simple experiment (2018)Relating relative humidity fl…HERIe: A Web-Based Decision-Supporting Tool for Assessing Risk of Physical Damage Using Various Failure Criteria (2018)HERIe: A Web-Based Decision-S…Hygro-mechanical numerical investigations of a wooden panel painting from “Katharinenaltar” by Lucas Cranach the Elder (2017)Hygro-mechanical numerical in…Strains in gesso on painted wood panels during humidity changes and cupping (2016)Strains in gesso on painted w…Managing Indoor Climate Risks in Museums (2016)Managing Indoor Climate Risks…Allowable microclimatic variations for painted wood (2013)Allowable microclimatic varia…The Deformometric Kit: A method and an apparatus for monitoring the deformation of wooden panels (2012)The Deformometric Kit: A meth…Rapid initial dimensional changes in wooden panel paintings due to simulated climate-induced alterations monitored by digital coherent out-of-plane interferometry (2009)Rapid initial dimensional cha…Study of the mechanical behaviour of a 16th century wooden painted panel: Effect of the cradle on its shape (2026)Study of the mechanical behav…Exploring the inner hygro-mechanical behaviour of historical panel paintings: a novel approach using digital twins (2024)Exploring the inner hygro-mec…An Innovative Method Based on In Situ Deformometric Monitoring to Support Decisions for the Structural Restoration of a Historic Panel Painting (2024)An Innovative Method Based on…Art in Transit: Studies in the Transport of Paintings (1990)Microclimate for Cultural Heritage (1998)Painted Wood: History and Conservation (2000)Mechanism of craquelure pattern formation on panel paintings (2016)Wireless Sensor Platform for Cultural Heritage Monitoring and Modeling System (2017)The regulations and reality of indoor environmental standards for objects and visitors in museums (2021)The museum environment (1978)Pigment identification in paintings employing laser induced breakdown spectroscopy and Raman microscopy (2001)Lasers in the Preservation of Cultural Heritage: Principles and Applications (2006)Micro-Mapping of Defect Structural Micro-Morphology in the Documentation of Fresco Wallpaintings (2013)Study of the Effect of the Strategy of Heating on the Mudejar Church of Santa Maria in Ateca (Spain) for Preventive Conservation of the Altarpiece Surroundings (2013)Impact of Relative Humidity on Wood Sample: A Climate Chamber Experimental Simulation Monitored by Digital Holographic Speckle Pattern Interferometry (2019)Mechanical response of wooden boards subjected to humidity step variations: climatic chamber measurements and fitted mathematical models (2006)Impact of Indoor Heating on Painted Wood - Monitoring the Altarpiece in the Church of Santa Maria Maddalena in Rocca Pietore, Italy (2007)Real-Time Wood Behaviour: The Use of Strain Gauges for Preventive Conservation Applications (2020)Recent Advances in Conservation (1967)Structural Response of Painted Wood Surfaces to Changes in Ambient Relative Humidity (1998)Autonomous near-field communication (NFC) sensors for long-term preventive care of fine art objects (2018)Coupling numerical and experimental methods to characterise the mechanical behaviour of the Mona Lisa: a method to enhance the conservation of panel paintings (2023)Modelling of hygro-mechanical behaviour of wooden panel paintings: model calibration and artworks characterisation (2023)Fatigue Damage of the Gesso Layer in Panel Paintings Subjected to Changing Climate Conditions (2012)Tuning and Effectiveness in Heritage Models (2023)Response of Wood Supports in Panel Paintings Subjected to Changing Climate Conditions (2012)Moisture uptake and permeability of canvas paintings and their components (2016)Preventive conservation, predictive analysis and environmental monitoring (2024)Intermittent conditioning of library archives: Microclimate analysis and energy impact (2018)Quantifying solvent action in oil paint using portable laser speckle imaging (2020)Climate Change and Its Effects on Indoor Pests (Insect and Fungi) in Museums (2022)Modelling wooden cultural heritage. The need to consider each artefact as unique as illustrated by the Cannone violin (2020)An analytical investigation of a wooden panel painting attributed to the workshop of Lucas Cranach the Elder (2022)Predicting damage evolution in panel paintings with machine learning (2022)A method for risk of fracture analysis in massive wooden cultural heritage objects due to dynamic environmental variations (2022)Chemo-mechanical model for degradation of oil paintings by amorphous and crystalline metal soaps (2022)Mechanical properties of white clay used as wall painting substrate material: measurement of strength and modulus of elasticity of simulated substrate material of wall paintings Hiten at Kondo, the main hall at Horyu-ji Temple (2023)
this work references cited by second hop

References

  • 2013Allowable microclimatic variations for painted wood62 cited
  • 2016Managing Indoor Climate Risks in Museums43 cited
  • 2009Rapid initial dimensional changes in wooden panel paintings due to simulated climate-induced alterations monitored by digital coherent out-of-plane interferometry35 cited
  • 2017Hygro-mechanical numerical investigations of a wooden panel painting from “Katharinenaltar” by Lucas Cranach the Elder35 cited
  • 2012The Deformometric Kit: A method and an apparatus for monitoring the deformation of wooden panels25 cited
  • 2020Experimental study of the hygromechanical behaviour of a historic painting on wooden panel : devices and measurement techniques23 cited
  • 2020Numerical modelling of climate-induced fracture and deformation in wood: Application to historical museum objects23 cited
  • 2018HERIe: A Web-Based Decision-Supporting Tool for Assessing Risk of Physical Damage Using Various Failure Criteria20 cited
  • 2023Hygromechanical behaviour of wooden panel paintings: classification of their deformation tendencies based on numerical modelling and experimental results20 cited
  • 2016Strains in gesso on painted wood panels during humidity changes and cupping15 cited
  • 2018Toward Sustainable Collections Management in the Yale Peabody Museum: Risk Assessment, Climate Management, and Energy Efficiency10 cited
  • 2020Climate induced deformation of Panel Paintings: experimental observations on interaction between paint layers and thin wooden supports9 cited
  • 2018

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Relating relative humidity fluctuations to damage in oak panel paintings by a simple experiment
6 cited

Cited by

  • 2024Exploring the inner hygro-mechanical behaviour of historical panel paintings: a novel approach using digital twins6 cited
  • 2024An Innovative Method Based on In Situ Deformometric Monitoring to Support Decisions for the Structural Restoration of a Historic Panel Painting4 cited
  • 2026Study of the mechanical behaviour of a 16th century wooden painted panel: Effect of the cradle on its shape1 cited