ISO 10211:2017 Thermal bridges in building construction — Heat flows and surface temperatures — Detailed calculations

Abbreviation
ISO 10211:2017
Valid from
21/06/2017

Information provider
Standards New Zealand,
Author
International Organization for Standardization
Information type
ISO Standard,


Description

This Standard sets out the specifications for a three-dimensional and a two-dimensional geometrical model of a thermal bridge for the numerical calculation of:

  • heat flows, in order to assess the overall heat loss from a building or part of it, and
  • minimum surface temperatures, in order to assess the risk of surface condensation.

These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundary conditions, and the thermal values and relationships to be used.

The Standard is based upon the following assumptions:

  • all physical properties are independent of temperature;
  • there are no heat sources within the building element.

ISO 10211:2017 can also be used for the derivation of linear and point thermal transmittances and of surface temperature factors.

NOTE: Table 1 in the Introduction shows the relative position of ISO 10211:2017 within the set of EPB standards in the context of the modular structure as set out in ISO 52000-1.

For assistance with locating previous versions, please contact the information provider.
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For assistance with locating previous versions, please contact the information provider.
This resource is cited by:

ISO 10211:2017 Thermal bridges in building construction — Heat flows and surface temperatures — Detailed calculations

This document is CITED BY:

ISO 10211:2017 Thermal bridges in building construction — Heat flows and surface temperatures — Detailed calculations

Description

This Standard sets out the specifications for a three-dimensional and a two-dimensional geometrical model of a thermal bridge for the numerical calculation of:

  • heat flows, in order to assess the overall heat loss from a building or part of it, and
  • minimum surface temperatures, in order to assess the risk of surface condensation.

These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundary conditions, and the thermal values and relationships to be used.

The Standard is based upon the following assumptions:

  • all physical properties are independent of temperature;
  • there are no heat sources within the building element.

ISO 10211:2017 can also be used for the derivation of linear and point thermal transmittances and of surface temperature factors.

NOTE: Table 1 in the Introduction shows the relative position of ISO 10211:2017 within the set of EPB standards in the context of the modular structure as set out in ISO 52000-1.

View on Information Provider website
ISO 10211:2017 Thermal bridges in building construction — Heat flows and surface temperatures — Detailed calculations
Description

This Standard sets out the specifications for a three-dimensional and a two-dimensional geometrical model of a thermal bridge for the numerical calculation of:

  • heat flows, in order to assess the overall heat loss from a building or part of it, and
  • minimum surface temperatures, in order to assess the risk of surface condensation.

These specifications include the geometrical boundaries and subdivisions of the model, the thermal boundary conditions, and the thermal values and relationships to be used.

The Standard is based upon the following assumptions:

  • all physical properties are independent of temperature;
  • there are no heat sources within the building element.

ISO 10211:2017 can also be used for the derivation of linear and point thermal transmittances and of surface temperature factors.

NOTE: Table 1 in the Introduction shows the relative position of ISO 10211:2017 within the set of EPB standards in the context of the modular structure as set out in ISO 52000-1.

View on Information Provider website
This resource cites:

ISO 10211:2017 Thermal bridges in building construction — Heat flows and surface temperatures — Detailed calculations

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