Floors and Basements From Roman floors to basements in Venice, a look at all floor types from suspended to solid and how they fail. Includes an in-depth look at the best way to keep basements dry, with an emphasis on managing damp, rather than ‘curing’ it.
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A visit to Hadrian’s wall to look at solid and suspended Roman floors |
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Timber suspended floor problems – importance of ventilation |
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Blocked vents – example of extreme dry rot fungus |
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Under-floor rubble |
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Vapour transmission |
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Problems when moisture from high ground levels enters the floor |
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Hearth slabs – no DPC |
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Water leaks against hearth appearing as rising damp |
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Carbonation of concrete |
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Two case studies from Hong Kong of concrete carbonation and a raised solid floor |
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Using a hydrostick in a humidity box |
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Importance of equilibrium relative humidity |
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Case study of a floor slab which became an exterior walkway over a basement |
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Failure of floor slab leading to condensation |
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New concrete floor suffers from high ground levels |
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Fundamental problems with fitting concrete floors |
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Replacing solid floors with suspended floors |
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Building basements |
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BS8102 – guidance on water tables |
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How not to waterproof a basement – case study |
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Brief overview of options for waterproofing below-ground |
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Cementitious systems |
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Ashphaltic systems |
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Bund walls |
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Drained cavity wall systems |
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In-depth look at drained cavity wall systems in action |
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Interview with Brian Davison – Director, Delta Membrane Systems Ltd. |
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Venice - The Crypt of San Marco Basilica |
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Attempts to preserve basement crypt below water level |
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Interview with Architect Ettore Vio |
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The Psychrometric Chart |
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