In his review of the architectural properties of timber and glass, the author explains how to reduce energy bills in existing wooden buildings, reveals how glass can stabilize a building's structure, and shows how to design stylish timber-and-glass ecohomes.
Informs experts and students on energy-efficient problem solving by using timber and glass as materials Discusses how to improve the energy efficiency of timber buildings Connects an architectural design approach with structural research to show the possibilities of stabilizing a building with increased glazing
Basic Principles of Energy-efficient Building Design.- Structural Systems of Timber-Frame Buildings.- Timber-glass Prefabricated Buildings.
The book discusses combining timber and glass, two eco materials, with a view to developing an optimal contemporary energy-efficient house with an attractive design. Furthermore, the book connects an architectural design approach with structural research to show the possibilities of stabilizing the building with an increased size of the glazing.
Research results where the glazing is considered as a load-bearing structural element are therefore presented in a manner leading to the development of an optimal model of the timber-glass house, considering both the structural and energy related aspects. The presented research work can be useful to designers and future experts in their planning of optimal energy-efficient timber buildings.
The study is based on using timber and glass, which were previously neglected as construction materials. With suitable technological development and appropriate use, they are nowadays becoming essential construction materials as far as energy efficiency is concerned. However, their combined use is extremely complicated, from both the constructional point of view as well as from that of energy efficiency and sets multiple traps for designers. A good knowledge of their advantages and drawbacks is thus vitally important, which is shown in the present monograph.
Energy-efficient timber-glass houses was selected by the Slovenian National Research Agency as an extraordinary scientific achievement in the field of technical sciences/civil engineering for the year 2013.