Leuben, XRD, Haarriss, Sumpfkalk, Ziegel, biologischer Befall, Ultraschallmessungen, bending test, Algenwachstum, colloidal calciumhydroxid, Litomysl, colloidal lime  
stonecore, stone, Technology, chemie, algae, GPR tomography, old monument, Algen, grout, Opuka, Alkohol, gypsum crust, parish church analyses, hair crack, particle size, Ancient Theater of Megalopolis, hardness test, particle size analysis, Ancient Theater of Sikyon
stonecore, stone, Technology, chemie, algae, GPR tomography, old monument, Algen, grout, Opuka, Alkohol, gypsum crust, parish church, analyses, hair crack, particle size, Ancient Theater of Megalopolis, hardness test, particle size analysis, Ancient Theater of Sikyon, historical buildings, Partikellasergranulometer, application, historical plaster, peeling test, artificial stone, historische Putze, strengthening, Beton, hydrophobierend, penetration, biological colonization, Hydrophobierung, penetration behavior, bricks, IBZ, pitting, Calciumcarbonat, Industrial Microbiological Service Ltd, plaster, calciumhydroxide, injection, powdering, calciumsilicat, injection mass, putty, calosil, Institute of Art and Technology Vienna, Putz, carbonate, ITAM AS CR v.v.i., Putzfestigkeit, castle pernsteijn, ITAM, rectory, cathedral, Kalk,refurbishment, cathedral St. Barbara, Xanten, remover, cathedral Xanten, Kalkstein, Riss, Cathodoluminecence, Kalksuspension, Restaurierung, Ingenieurbüro Dr. Ziegenbalg GbR, Kalziumhydroxid, Restaurierungsmaterial, church Hochelten, Karbonatisierung, RESTAURO, cloister, karsten tube, restoration, collaborative project, kieselsäureester, samples, colloidal system, kolloidal, sanding, compressive strengh, kolloidales Calciumhydroxid, Sandstein, concrete, kse, sandstone, conservation, Kutna Hora, Sanierung, consolidant, Leuben castle, schadenskartierung, consolidation
 
 
historical buildings, Partikellasergranulometer, application, historical plaster, peeling test
 
Work package 6: "Development of methodologies for using non-destructive stone assessment and diagnosis technologies"
 
This work package aims at the development of innovative non-destructive or low invasive, minor destructive methods for assessment of the deterioration condition and state as well as consolidation effects on particulate materials, mainly stones and mortars.
 
Part 1: Application of ground penetration radar for the detection of fractures
 
  Development of a theoretical thin fracture response modelDevelopment of a theoretical thin fracture response model
Development of a dynamic constitutive modelDevelopment of a dynamic constitutive model
Validation of the models by laboratory testsValidation of the models by laboratory tests
Development of a computer code for data processing and interpretationDevelopment of a computer code for data processing and interpretation
On-site test measurements on trial objectsOn-site test measurements on trial objects
On-site measurements to characterise the objects before and after treatment with the developed nano-materials.On-site measurements to characterise the objects before and after treatment with the developed
   nano-materials.
 
Part 2: Innovated methods for surface degradation assessment
 
  Development of standardized peeling testsDevelopment of standardized peeling tests
Sequential image analysisSequential image analysis
In-situ hardness testIn-situ hardness test
Enhanced Karsten tube testEnhanced Karsten tube test
 
Part 3: Innovative ultrasonic measurement systems and drilling resistance devices
 
   
 
Partners: Geo-S, Geo-Tr, ITAM, TUD, UPFR
 
Ground penetration radar, Geoservice
Measurement System for Ground Penetration Radar by University Delft.
Ground penetration radar, Geoservice
Measurement System for Ground Penetration Radar by University Delft.
 
 
  artificial stone, historische Putze, strengthening, Beton, hydrophobierend, penetration, biological colonization