- #Build compendium ix how to#
- #Build compendium ix full#
- #Build compendium ix trial#
- #Build compendium ix series#
Modern systems theory is an expansive body of knowledge with many branches. There was no need for building science when only successful precedents were copied and handed down from one generation to the next, but there was also no advancement toward high-performance buildings within traditional building practices. Modern building science, as it is known today, was born of innovation - more correctly, because of the large number of failures encountered when building designers attempted to innovate without applying building science principles. It is usually a significant departure from normative practices and relies on the scientific method to advance its agenda.
#Build compendium ix trial#
Innovation is not a trial and error process that relies on gradually refining past precedents. For this reason, contemporary building science has taken on greater importance in response to an increasing trend of innovative departures from traditional building practices based on successful past precedents. The importance of contemporary building science is often fully appreciated after the occurrence of building performance problems, or worse, after failures, rather than at the planning and design stage of building projects.
The disciplinary involvement in contemporary building science ranges from the physical and engineering sciences, to economics, political science, behavioral sciences, life sciences, and architecture. demolition (deconstruction) and recycling.
#Build compendium ix full#
More specifically, contemporary building science is a broad discipline that is concerned with the full life cycle of buildings, including: Neil Hutcheon, the famous Canadian building scientist, defined building science as " a term now widely used, for want of a better one, to describe the growing body of knowledge about the relevant physical science and its application." i Modern building science attempts to work with models of the building as a system, and to apply empirical techniques to the effective solution of design problems. Understanding the physical behavior of the building as a system and how this impacts energy efficiency, durability, comfort and indoor air quality is essential to innovating high-performance buildings.
Description Building Science Definedīuilding science is a field of knowledge that draws upon physics, chemistry, engineering, architecture, and the life sciences.
#Build compendium ix how to#
For this reason, more than any other, building science is now recognized in most developed countries as the core of technical training for architects, explaining why buildings work, why buildings fail, and how to avoid the latter without compromising the artistic, cultural, and environmental qualities of the architectural artifact. Despite their limitations, the system models that have been adopted by modern building science have delivered an overwhelming improvement in the health, safety, and durability of buildings. The consideration of the entire building system, or in some instances sub-systems, did not emerge until the limits of a less holistic approach became painfully obvious in the form of building defects and failures.Ī great deal of research and development toward the advancement of the systems approach remains to be accomplished. It should be recognized that prior to the introduction of the systems approach to the discipline of building science, most of research and practice dealt with construction materials and components. It focuses on the systems approach to building technology and the utility of building science to advance the high-performance building agenda.
It is aimed at explaining the key concepts involved in building science, as well as the relationship of this discipline to the architecture / engineering / construction (AEC) industry.
#Build compendium ix series#
This resource page is the first of a series on relevant topics in building science.
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