The phrase
"building enclosure" refers to the outside shell or envelope of a building that separates the interior from the exterior environment. It includes walls, floors, roofs, windows, and doors, essentially anything that surrounds and protects the inside of the building from outside elements like weather, temperature, noise, and pests.
Full definition
If you do
build an enclosure for your cat, make sure that you choose a strong wire mesh which can keep predators and other animals away from your cats.
An airtight
building enclosure with proper ventilation and walls that can dry out if they get wet prevents «sick building syndrome».
This course focuses
on building enclosure optimization, and provides a foundation in passive house principles, while stressing the importance of construction fundamentals and proper sequencing.
The
term building enclosure is preferred to the term building envelope largely because it is considered both more general and more precise.
This approach has been widely used in limit states design for structural systems, but is not yet well developed for building science applications such
as building enclosure design.
The drive for high
performance building enclosures fueled by the need to create more energy efficient buildings has opened the door for new building systems, materials, and technology in the market.
A slightly more complicated but also more substantial alternative is to custom
build an enclosure by lashing together storage cube shelving.
Building science consulting, education and training, LEED d Energy Star rogram support, forensic investigations and failure analysis, building code inspections, energy modeling, HVAC and
building enclosure air leakage testing, and construction quality assurance.
The current best practice
in building enclosure design emphasizes the use of drainage as a rain control strategy, and demands a well - defined rain control layer, air control layer, and unbroken thermal control layer.
A lot of bunny owners choose an environment larger then is typically provided by a cage bought from a pet stores and choose an alternative such as a large dog cage or a
costume built enclosure made from sections of pet pen or other wire mesh solutions such as NIC office cubing which are 1 foot square grids that can be clipped together with cable ties.
Alternatively if you want your rabbit to be totally secure it can be helpful to
build the enclosure around a more secure cage such as a hutch or dog cage.
These are placed in a
specially built enclosure consisting of two facing canvases encased in netting and are allowed to develop into mature houseflies.
Thermally efficient, airtight and
durable building enclosure designs have evolved from existing North American practices with the introduction of many new materials to the local market in recent years.
Numerous case studies will be presented to demonstrate how
innovative building enclosures have been integrated into various projects ranging from mid-rise wood frame buildings and prefabricated Passive House buildings, to towering wood, concrete and steel structures.
A typical
modern building enclosure during cold weather will have wall and window surface temperatures that are several degrees below the indoor air temperature, and therefore to reach a comfortable operative temperature the indoor air temperature will need to be higher.
It is critical — like checking the air in our car tires, flossing our teeth and eating less fat, salt and sugar, by way of comparison — that
airtight building enclosures be made a normal part of our more sustainable lives.
Thanks to generous support from our partner, the Regional District of Nanaimo, we're offering special discounted rates on this winter's
building enclosures master class in Nanaimo.
It neglects the motivations for green building (climate change, comfort...) and the points of controversy (e.g., the USGBC being out of touch,
building enclosure vs. building envelope...).
I think that higher levels of thermal resistance and reduced heat gain
across building enclosures has forever changed the performance of buildings — and not necessarily in a good way.
The Passive House standard, with its emphasis on
optimized building enclosures, is a viable, cost - effective and field - verified means of reaching this goal.
Other projects with
tight building enclosures and energy - efficiency goals require heat recovery ventilation to ensure adequate indoor air quality and energy performance.
I'll be speaking about and taking questions regarding Passive House and Deep Energy Reduction Retrofit at this month's
Building Enclosure Council meeting.
Improved energy
efficiency building enclosures generally means an increase in R - value and reduced air leakage, which commonly reduces the drying potential of wall assemblies.
With a high
performance building enclosure (e.g. a perfect wall and exceptional glazing) the surface temperatures of a room will become very close to the air temperature, and comfort will be enhanced, even if the air temperature approaches the extremes of the comfort band.
Real progress can be made in tackling the root causes by focusing on measuring the airtightness
of building enclosures and making them airtight.
Educate this trade with some building science basics about the impact of their work
on building enclosure performance.