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Edit page: Water penetration test - Permeability test
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Element type
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The element type of this page. You cannot change this, since the data entry form layout is defined by the element type.
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Surveying technology type
Indicatie whether the syrvey technique is destructive or not.
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Destructive
Non-destructive
Surveying technology status
Indicatie whether the surveying technology is experimental, operational, or outdated.
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Outdated
Experimental
Operational
Description page
Provide the exact name of the wiki page with the surveying technology description.
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Objectives
Describe the objectives of the surveying technology.
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The main objective of the water penetration test in bridges or tunnels diagnostics is the determination of resistance or durability of concrete extracted from elements of structure exposed to the water flow.
Advantages
Describe the advantages of the surveying technology, compared to other techniques.
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Method can be performed with use of apparatus for testing water permeability with automatic control, which allows testing several samples simultaneously. Possibility of automatic testing in different research cycles as well as pressure reading directly from the pressure gauge, automatic water supply simplifies the procedures.
Disadvantages
Describe the disadvantages of the surveying technology, compared to other techniques.
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Guidelines for performance of test do not specify precise age of the sample at which the test should begin, nor the cut-off age of concrete that can be tested. This fact indicates on the possibility of different result for this property.
Used for civil engineering types
Indicate for which civil engineeering types the surveying technology is used. Allowed are (comma separated) elements of the following element types: Civil engineering type
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Bridge
Building
Tunnel
Suitable for materials
Indicate for which materials the surveying technology is suitable. Allowed are (comma separated) elements of the following element types: Material
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Composite
Concrete
Reinforced Concrete
Wood
Polymer
Associated with performance indicators
Indicate the performance indicators that are associated with the surveying technology. Allowed are (comma separated) elements of the following element types: Performance indicator
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Cracks
Deformation
Displacement
Holes
Loss of section
Rupture
Tensioning force deficiency
Wire breaks
Detects damage types
Indicate which damage types can be detected with the surveying technology. Allowed are (comma separated) elements of the following element types: Damage type
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Measures physical quantities
Indicate which physical quantities can be measured with the surveying technology. Allowed are (comma separated) elements of the following element types: Deterioration process, Physical property, Material property
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Has related standards
Indicate which (international) standards are related to the surveying technology. Allowed are (comma separated) elements of the following element types: Standard
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EN 12390-8:2019; Testing hardened concrete - Part 8: Depth of penetration of water under pressure
PN-EN 206+A2:2021-08; Concrete – requirements; properties; production and compliance
1.11.3 ASTM C1601 – 11 Standard Test Method for Field Determination of Water Penetration of Masonry Wall Surfaces
DIN 1048 - Testing concrete; testing of hardened concrete (specimens prepared in mould)
DIN 1045-2 - Concrete; reinforced and prestressed concrete structures - Part 2: Concrete - Specification; performance; production and conformity - Application rules for DIN EN 2061.
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