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moisture and structural deteriorationcausingcollapse of building envelopes
moisture and structural deteriorationcausesthe collapse of building envelopes
structural deteriorationcausingcollapse of building envelopes
the resources that are available to practitioners to helpdesignbetter building envelopes
This moisture ... attributableto ... designedand/or constructed building envelopes
orderto designeffective building envelopes
Improve the ability of architectsto competently and effectively designappropriate building envelopes
to utilize the topographic variation and vegetation in a manner that clusters units(passive) were designedLocation of building envelopes
This moisture ... attributableto ... designedconstructed building envelopes
d buildings , this meansdesigningseamless building envelopes
earthquakes(passive) caused byglazed building envelopes
typically(passive) are ... designedBuilding envelopes of office buildings
by architects in this office(passive) designed byall building envelopes
she 's incorporateddesigningbuilding envelopes
for natural ventilation(passive) can be designedBuilding envelopes
to ensure view protection for all owners(passive) are designedbuilding envelopes
architectural solutionsdesignedfor building envelopes
designClimatically influencedbuilding envelope design
that can be consideredwhen designingbuilding envelopes
often(passive) are ... designedBuilding envelopes
to Passive House Standard(passive) have been designedThe building envelopes
so as to protect views(passive) will be designedBuilding envelopes
therefore(passive) must ... be ... designedBuilding envelopes
therefore(passive) should ... be ... designedBuilding envelopes
for efficiency and solar access(passive) have been designedthe building envelopes
carefully(passive) are ... designedThe building envelopes
to be exceptionally air tight(passive) have been designedThe building envelopes
usually(passive) are ... designedBuilding envelopes
the mechanical systems within them(passive) should be designedBuilding envelopes , and
typically(passive) are ... designedBuilding envelopes
that can be adoptedwhen designingbuilding envelopes
such that architects and engineers can work with greater certainty and claritywhen designingbuilding envelopes
to maximize the views and privacy(passive) are set backThe building envelopes
appropriately(passive) must be ... designedBuilding envelopes
to create controllable indoor environments(passive) are designedBuilding envelopes
to make optimal use of incident solar energy based on architectural and energy - related aspects , for which concepts and technologies are developed(passive) are designedBuilding envelopes
to manage the flow of incidental moisture(passive) should be designedBuilding envelopes
to offer a naturally aspirated escape from the elements , not a constantly controlled climate(passive) should be designedBuilding envelopes
to be exceptionally air tight , which reduces unwanted heat loss and saves energy(passive) have been designedThe building envelopes
to be exceptionally air tight , which reduces unwanted heat loss and saves energy(passive) have been designedbuilding envelopes
with appropriate air / moisture barriers and positive building pressure control provisionsto be designedwith appropriate air / moisture barriers and positive building pressure control provisions
across four floorssetacross four floors
with appropriate air / moisture barriers and positive building pressure control provisions to minimize infiltration of airborne biological contaminantsto be designedwith appropriate air / moisture barriers and positive building pressure control provisions to minimize infiltration of airborne biological contaminants
beneath a pitched tile covered roof offering mixed use accommodation over threesetbeneath a pitched tile covered roof offering mixed use accommodation over three
beneath a part pitchedsetbeneath a part pitched
open space and each site perkswell designedopen space and each site perks
to the efficient construction of many of the most prestigious projects in the worldhave contributed significantlyto the efficient construction of many of the most prestigious projects in the world
to an air tight structurecontributingto an air tight structure
to be the tallest and slimmest building in the countrydesignedto be the tallest and slimmest building in the country
using ModCellto be designedusing ModCell
to trap and recirculate heated airdesignedto trap and recirculate heated air
to be the tallest and slimmest building in thedesignedto be the tallest and slimmest building in the
the conventionalsetthe conventional
to keep the outside outdesignedto keep the outside out
to costly property damage , safety issues , and tenant dissatisfactioncan quickly leadto costly property damage , safety issues , and tenant dissatisfaction
using the ModCell system including basement , wall and roof intersections as well as ceiling , partition and window details that can be used across Europeto be designedusing the ModCell system including basement , wall and roof intersections as well as ceiling , partition and window details that can be used across Europe
to sustainable buildingscontributeto sustainable buildings
in healthy interior environments and increased comfort for occupantsresultin healthy interior environments and increased comfort for occupants
to further protect viewplanesdesignedto further protect viewplanes
with opportunities for the use of day lighting and natural ventilationdesignedwith opportunities for the use of day lighting and natural ventilation
design parameterssetdesign parameters
about half of building energy useinfluenceabout half of building energy use
as Tilt - Up constructiondesignedas Tilt - Up construction
specifically to individual climates so that little or no heat beyond the sun is requiredare designedspecifically to individual climates so that little or no heat beyond the sun is required
The focus(passive) is setThe focus
to be tightare designedto be tight
to resist stressare designedto resist stress
to resist stress , excessively tight indoor controlare designedto resist stress , excessively tight indoor control
significant amounts of damage ... including environmental hazardscan causesignificant amounts of damage ... including environmental hazards
common errors and potential problems(passive) caused bycommon errors and potential problems
to withstand sustained winds in excess of 200 mphdesignedto withstand sustained winds in excess of 200 mph
damagecausingdamage
in moisture infiltrationmay resultin moisture infiltration
in structural damage and or undesirable environmental conditionscan resultin structural damage and or undesirable environmental conditions
to increase thermal resistancedesignedto increase thermal resistance
to heat loss and gaincan ... contributeto heat loss and gain
condensation and mold growthcausedcondensation and mold growth
to major moisture issuescould leadto major moisture issues
to exceed energy code standardsdesignedto exceed energy code standards
to material degradation and the development of harmful moldcould leadto material degradation and the development of harmful mold