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BS EN ISO 13788:2012 Hygrothermal performance of building components and building elements. Internal surface temperature to avoid critical surface humidity and interstitial condensation. Calculation methods >
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BS EN ISO 13788:2012 Hygrothermal performance of building components and building elements. Internal surface temperature to avoid critical surface humidity and interstitial condensation. Calculation methods, 2013
- Contents Page
- Foreword
- Section sec_1
- Section sec_2
- Section sec_3
- Section sec_3.1
- Section sec_3.2
- Section sec_3.3
- Section sec_4
- Section sec_4.1
- Table tab_1
- Section sec_4.2
- Section sec_4.2.1
- Section sec_4.2.2
- Section sec_4.2.3
- Section sec_4.2.4
- Section sec_4.2.4.1
- Section sec_4.2.4.2
- Section sec_4.3
- Section sec_4.3.1
- Section sec_4.3.2
- Section sec_4.4
- Section sec_4.4.1
- Table tab_2
- Section sec_4.4.2
- Section sec_5
- Section sec_5.1
- Section sec_5.2
- Section sec_5.3
- Section sec_5.4
- Section sec_6
- Section sec_6.1
- Section sec_6.2
- Section sec_6.3
- Section sec_6.4
- Section sec_6.4.1
- Section sec_6.4.2
- Section sec_6.4.3
- Section sec_6.4.4
- Figure fig_1
- Section sec_6.4.5
- Figure fig_2
- Figure fig_3
- Section sec_6.4.6
- Figure fig_4
- Section sec_6.4.7
- Figure fig_5
- Figure fig_6
- Section sec_6.4.8
- Figure fig_7
- Section sec_6.5
- Section sec_7
- Section sec_7.1
- Section sec_7.2
- Section sec_7.3
- Section sec_7.4
- Annex sec_A
- Annex sec_A.1
- Table tab_c
- Figure fig_A.1
- Annex sec_A.2
- Table tab_A.1
- Table tab_d
- Figure fig_A.2
- Annex sec_B
- Annex sec_B.1
- Table tab_B.1
- Annex sec_B.2
- Table tab_B.2
- Annex sec_B.3
- Table tab_B.3
- Annex sec_B.4
- Table tab_B.4
- Annex sec_C
- Annex sec_C.1
- Table tab_C.1
- Annex sec_C.2
- Table tab_e
- Figure fig_C.1
- Table tab_C.2
- Table tab_C.3
- Annex sec_C.3
- Table tab_f
- Figure fig_C.2
- Table tab_C.4
- Table tab_C.5
- Annex sec_C.4
- Table tab_g
- Figure fig_C.3
- Table tab_C.6
- Annex sec_C.5
- Table tab_h
- Figure fig_C.4
- Table tab_C.7
- Table tab_C.8
- Table tab_C.9
- Annex sec_C.6
- Table tab_C.10
- Table tab_i
- Figure fig_C.5
- Table tab_C.11
- Table tab_C.12
- Annex sec_D
- Table tab_j
- Figure fig_D.1
- Table tab_D.1
- Table tab_D.2
- Table tab_k
- Figure fig_D.2
- Annex sec_E
- Annex sec_E.1
- Table tab_E.1
- Annex sec_E.2
- Reference ref_1
- Reference ref_2
- Reference ref_3
- Reference ref_4
- Reference ref_5
- Reference ref_6
- Reference ref_7
- Bibliography
- Foreword
- Introduction
- 1 Scope
- 2 Normative references
- 3 Terms and definitions, symbols and units
- 3.1 Terms and definitions
- 3.2 Symbols and units
- 3.3 Subscripts
- 4 Input data for the calculations
- 4.1 Material and product properties
- 4.2 External boundary conditions
- 4.3 Internal boundary conditions
- 4.4 Surface resistances
- 5 Calculation of surface temperature to avoid critical surface humidity
- 5.1 General
- 5.2 Determining parameters
- 5.3 Design for avoidance of mould growth, corrosion or other moisture damage
- 5.4 Design for the limitation of surface condensation on low thermal inertia elements
- 6 Calculation of interstitial condensation
- 6.1 General
- 6.2 Principle
- 6.3 Limitation of sources of error
- 6.4 Calculation
- 6.5 Criteria used to assess building components
- 7 Calculation of drying of building components
- 7.1 General
- 7.2 Principle
- 7.3 Specification of the method
- 7.4 Criteria used to assess drying potential of building components
- Annex A (informative) Internal boundary conditions
- Annex B (informative) Examples of calculation of the temperature factor at the internal surface to avoid critical surface humidity
- Annex C (informative) Examples of calculation of interstitial condensation
- Annex D (informative) Example of the calculation of the drying of a wetted layer
- Annex E (informative) Relationships governing moisture transfer and water vapour pressure
- Bibliography [Go to Page]
