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This document provides an in-depth exploration of contemporary repair techniques designed for the conservation of historical structures. Highlighting various strategies such as capillary break, chloride removal, and electro-osmosis, it lays out practical approaches to address moisture issues and enhance structural integrity. This collection of methodologies is referenced from esteemed publications focused on preserving architectural heritage. It also emphasizes the balance between conservation efforts and fire safety, creating a holistic perspective on maintaining valuable cultural assets.
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Conservation of structures Rak-43.3313 Repair Methods of Structures, exercise (4 cr) Esko Sistonen
Restoration Ref.: Valtion rakennusperinnön vaaliminen. Museoviraston rakennushistorian osaston julkaisuja 19
HVAC ’conservation’ Ref.: Valtion rakennusperinnön vaaliminen. Museoviraston rakennushistorian osaston julkaisuja 19
http://www.nba.fi/fi/korjauskortit Ref.: Äldremurverkshus. Byggforskningsrådet
Capillary break Ref.: Äldremurverkshus. Byggforskningsrådet
Self-sacrificial mortar Ref.: Äldremurverkshus. Byggforskningsrådet
Electro-osmosis Ref.: Äldre murverkshus. Byggforskningsrådet
1. Control unit: At the heart of the electro osmotic damp proofing system is a robust power unit that automatically adapts to the degree of dampness in the wall. The constant electrical voltage guarantees and optimal drying process. 2. Anodes (the main conductor): With the extensive use of commercially pure titanium coated with a platinum group element, this ensures outstanding reliability and resistance to physical and chemical attack. 3. Earth Rods: For installation in the ground. http://www.timberwise.co.uk/timberwise-for-home/home-property-services/damp-control/damp-proofing/timberwise-electro-osmotic-system/
Ref.: Ympäristöopas 39 Conservation vs. Fire Safety