The code for sustainable homes (CSH) - A summary of how the code works (Version 4)
In This Series
- 9 million tramping feet on a hardwood floor
- Solid rectangular column factors (sawn sections) loads at unit stress
- solid rectangular column factors (planed sections) April 1962
- solid rectangular beam factors (sawn sections) uniformly distributed loads at unit stress (continued) - April 1962
- solid rectangular beam factors (planed sections) uniformly distributed loads at unit stress - April 1962
Although the Code for Sustainable Homes (CSH) is not a regulatory requirement for the Building Regulations, it is arguably going to have at least the same level of impact on dwelling.
Effective in England only from April 2007, the Code is the only over-arching tool which will be used to set sustainability standards for those seeking government funding through the Housing Corporation.
This Construction Briefing offers readers an overview of the code including how the code functions, details of the nine categories on which the code is calculated and the criteria that a build must achieve to obtain a 'zero carbon home' status, or one of the other star ratings.
This sheet also seeks to explain the importance of having a code for sustainable homes as a way of reducing the construction industry's carbon emissions.
- 'Zero carbon' homes
- Purpose of the code
- Where the code applies
- The nine categories and six star ratings
- Cerification against the Code
- Allocation of points
- Energy / CO2
- Surface water run-off
- Health and well-being
Through experimental analysis, James Norman, Joel Ross, Robbie Kirkbride and Toby Hill-Smith outline the damping exhibited in these complex beams.
Article from Timber 2017 Industry Yearbook
Exposed timber structures sympathetic to their rural surroundings are at the heart of a recently opened motorway service station in Gloucester.
Article from Timber 2018 Industry Yearbook